The class LUX (luxury) geodesic domes are in a perfect condition and are ideal for any family or corporate events. Moreover, we can build a geodesic dome of your dreams that would be in any desirable type or shape!
Invite your guests into a whole new setting, with the captivating architecture of our domes’ interior, you can be sure that the event will turn into a truly unique and memorable experience for everybody involved. GEODOMAS dome tents offer you that unique opportunity to go beyond the standard solutions and present your company and products in an exuberant way.
Event dome tents are the perfect alternative to all the typical event solutions such as marquees. Their unmistakable and unique shape, as well as the intricate framework of the structure, create an incredible sense of space, ensuring a distinguished venue and setting, and being an effective part of your marketing strategy.
This is a presentation about the brief architectural study of Ar. Moshe Safidie two most popular buildings ,Habitat 67(which won him prize at expo 67) and Yad Vashem(The holocaust museum). Though both are totally different in aspect but shares some common architectural features ,Such as basic forms in both.
This document provides guidelines for using glass in buildings. It discusses various types of glass like annealed glass, laminated glass, tempered glass, heat strengthened glass, reflective glass, insulating glass units, and mirrors. It describes their properties and uses. The guidelines cover selection of appropriate glass type based on factors like heat gain, sound insulation, safety, strength and aesthetics. It also provides tools to determine the minimum required thickness of glass panels based on wind load calculations. Finally, it discusses common glazing systems and provides general guidelines for using glass in buildings.
Understanding Gridshell Structures - Mannheim Multihalle Case StudyAbhimanyu Singhal
The Mannheim Multihalle is a physical proof that little more than simple math and a detailed model could be used to create a structure with both organic materials and form.
Farnsworth house and S.R Crown hall by Mies Van der Rohe- Case studyAnqaParvez
A presentation on modern architecture structures by Ludwig
Mies Van der Rohe - Farnsworth house and S.R Crown hall case study architecture by 2018 Batch SOA Kashmir
Geodesic Dome - History and ConstructionAzra Maliha
a descriptive research on history, types and construction method of a Geodesic Dome. Being sustainable, geodesic dome is being used very frequently from the past few decades. Currently, these domes are also used as residential constructions
LUDWIG MIES VAN DER ROHE - WORK AND PHILOSOPHY Soumya Sharma
The document presents information about Ludwig Mies van der Rohe, a pioneering modernist architect. It discusses two of his most famous works - the Barcelona Pavilion built for the 1929 World's Fair, and the Villa Tugendhat residential home. The pavilion was notable for its use of an open floor plan with movable interior walls, large glass windows, and minimal structural elements of steel and marble. The villa employed similar design principles along with features like curved frosted glass walls. Both works exemplified Mies' philosophy of simplifying forms and using industrial materials to bring the outdoors inside.
The document provides details about Ludwig Mies van der Rohe's Barcelona Pavilion built for the 1929 International Exposition in Barcelona, Spain. It discusses the pavilion's design, materials, spaces, and influence on modern architecture. Key points include:
- Mies van der Rohe designed the pavilion in less than a year using steel, glass, and stone to create an open floor plan defined by orthogonal walls and a floating roof.
- Materials like travertine marble, onyx, and tinted glass were used to divide space without fully enclosing it.
- The open plan directed visitor movement through narrowing and widening spaces framed by walls and views of the surrounding landscape.
-
The document provides a case study of the Faculty of Fine Arts at Jamia Millia Islamia university in New Delhi, India. It describes the various departments within the faculty including painting, sculpture, applied arts, art education, graphic arts, and art history. It provides floor plans and descriptions of the classrooms, studios, workshops, and other facilities. Some merits noted are natural lighting, display areas, and services like fire extinguishers. Some demerits include lack of provisions for handicapped access and lack of sinks in some areas. In summary, the document analyzes and describes the facilities and layout of the Faculty of Fine Arts at Jamia Millia Islamia university.
This is a presentation about the brief architectural study of Ar. Moshe Safidie two most popular buildings ,Habitat 67(which won him prize at expo 67) and Yad Vashem(The holocaust museum). Though both are totally different in aspect but shares some common architectural features ,Such as basic forms in both.
This document provides guidelines for using glass in buildings. It discusses various types of glass like annealed glass, laminated glass, tempered glass, heat strengthened glass, reflective glass, insulating glass units, and mirrors. It describes their properties and uses. The guidelines cover selection of appropriate glass type based on factors like heat gain, sound insulation, safety, strength and aesthetics. It also provides tools to determine the minimum required thickness of glass panels based on wind load calculations. Finally, it discusses common glazing systems and provides general guidelines for using glass in buildings.
Understanding Gridshell Structures - Mannheim Multihalle Case StudyAbhimanyu Singhal
The Mannheim Multihalle is a physical proof that little more than simple math and a detailed model could be used to create a structure with both organic materials and form.
Farnsworth house and S.R Crown hall by Mies Van der Rohe- Case studyAnqaParvez
A presentation on modern architecture structures by Ludwig
Mies Van der Rohe - Farnsworth house and S.R Crown hall case study architecture by 2018 Batch SOA Kashmir
Geodesic Dome - History and ConstructionAzra Maliha
a descriptive research on history, types and construction method of a Geodesic Dome. Being sustainable, geodesic dome is being used very frequently from the past few decades. Currently, these domes are also used as residential constructions
LUDWIG MIES VAN DER ROHE - WORK AND PHILOSOPHY Soumya Sharma
The document presents information about Ludwig Mies van der Rohe, a pioneering modernist architect. It discusses two of his most famous works - the Barcelona Pavilion built for the 1929 World's Fair, and the Villa Tugendhat residential home. The pavilion was notable for its use of an open floor plan with movable interior walls, large glass windows, and minimal structural elements of steel and marble. The villa employed similar design principles along with features like curved frosted glass walls. Both works exemplified Mies' philosophy of simplifying forms and using industrial materials to bring the outdoors inside.
The document provides details about Ludwig Mies van der Rohe's Barcelona Pavilion built for the 1929 International Exposition in Barcelona, Spain. It discusses the pavilion's design, materials, spaces, and influence on modern architecture. Key points include:
- Mies van der Rohe designed the pavilion in less than a year using steel, glass, and stone to create an open floor plan defined by orthogonal walls and a floating roof.
- Materials like travertine marble, onyx, and tinted glass were used to divide space without fully enclosing it.
- The open plan directed visitor movement through narrowing and widening spaces framed by walls and views of the surrounding landscape.
-
The document provides a case study of the Faculty of Fine Arts at Jamia Millia Islamia university in New Delhi, India. It describes the various departments within the faculty including painting, sculpture, applied arts, art education, graphic arts, and art history. It provides floor plans and descriptions of the classrooms, studios, workshops, and other facilities. Some merits noted are natural lighting, display areas, and services like fire extinguishers. Some demerits include lack of provisions for handicapped access and lack of sinks in some areas. In summary, the document analyzes and describes the facilities and layout of the Faculty of Fine Arts at Jamia Millia Islamia university.
Double skin façades. Almost a self-explanatory name for façade systems consisting of two layers, usually glass, wherein air flows through the intermediate cavity. This space (which can vary from 20 cm to a few meters) acts as insulation against extreme temperatures, winds, and sound, improving the building's thermal efficiency for both high and low temperatures.
Credit :
Danish Pathan
Imran Inamdar
Qais Patel
Simran Patel
Tehlil Tamboli
Afshan Saudagar
Ubed Ali Sayyed
Omkar Salkar
Taher Ajmerwala
Danish Sheikh
Rajasthan Vernacular Houses Jalwali and KhidratMadhu Sagar
The document provides information about the vernacular architecture of Rajasthan, India. It discusses the mud architecture found in the Bikaner district of Rajasthan, which lies in the northern part of the Thar Desert. It describes the climatic conditions, typical house and village layouts, and distinctive architectural features like grain storage jars seen in villages like Jalwali.
auditorium case study - bhargava and tagore theatre.pptxShikhaAggarwal49
Bhargava Auditorium is located in Chandigarh, India. It has a seating capacity of 999 people and is used to host events for PGIMER as well as other organizations. The auditorium has a humid subtropical climate. It is oriented east and built on flat, fertile land with an area of 770.07 square meters. The multi-functional building was designed by architect Shivank Sharma and uses materials like concrete, stone and timber for its exterior and interior.
This document discusses the passive cooling technique of courtyard design. A courtyard is an open area surrounded by buildings that allows natural ventilation and creates a microclimate. Courtyards benefit buildings by creating a conditioned zone through stack effect ventilation and reducing the need for mechanical cooling. Proper courtyard design considers factors like elevation, ratio, and dimensions to maximize passive cooling effects for different climates. Courtyards have historically been used in Islamic and Nepalese architecture and remain effective in contemporary sustainable building.
The document provides biographical information about architect Balkrishna Vithaldas Doshi. It details that he was born in 1927 in Pune, India and received his bachelor's degree from J.J. School of Art in 1950. He then worked for four years with Le Corbusier in Paris. In 1956 he established his own private practice called Vastu-Shilpa in Ahmedabad. Some of his notable works include the Aranya Low-Cost Housing Township in Indore and the National Institute of Fashion Technology campus in New Delhi. Doshi's architecture is influenced by traditional Indian concepts and provides flexible, community-oriented designs.
The Glass House in New Canaan, Connecticut was designed by architect Philip Johnson in 1949 as his personal residence. Inspired by Mies van der Rohe's Farnsworth House, the Glass House is considered an important early example of modern architecture, using industrial materials like glass and steel. It consists of an open floor plan enclosed by floor-to-ceiling glass panels between steel supports. Johnson passed ownership of the Glass House to the National Trust for Historic Preservation in 2005, and it was opened to visitors in 2007.
Bamboo is a versatile building material that is strong, renewable, and environmentally friendly. It can be used for structural and non-structural building elements like walls, floors, ceilings, trusses, and more. Bamboo is graded based on traits like straightness, taper, and nodes. Proper selection of mature bamboo with a minimum diameter and wall thickness is important. Foundations can include direct ground contact, rock footings, or incorporating bamboo into concrete. Floors and walls are constructed using bamboo panels, joints, and infill. While bamboo construction has benefits of affordability, sustainability, and cultural acceptability, it lacks natural durability and is susceptible to insects without treatment.
This document provides information about galvanized iron sheet, including its properties, designs/colors, applications, and cost. Key points include:
- Galvanized iron sheet is made by pressing flat iron plates between rollers, then coating them with zinc for corrosion resistance.
- It is lightweight, durable, fire resistant, and resistant to high temperatures. Corrugations increase its strength and rigidity.
- Common applications include roofing, wall cladding, gutters, and downpipes. It is widely used in construction due to its affordability and durability.
- Different profiles exist, including plain, trapezoidal, and clip lock, which affect its strength and water drainage characteristics.
The document discusses geodesic domes, which are spherical structures composed of triangular elements that efficiently distribute stress. The first dome was designed after WWI by Walther Bauersfeld for a planetarium. Buckminster Fuller popularized the dome design, which can support heavy loads given its size and insulates well due to its shape. Geodesic domes promote even air circulation and temperatures, making them 2-4 times more energy efficient than traditional homes.
This document discusses the use of bamboo as a construction material. It begins with an introduction on the benefits of bamboo, including that it is strong, renewable, environmentally friendly. The objectives are then presented as studying bamboo characteristics and modern construction techniques. Several building elements that can be made from bamboo are described, including walls, floors, roofs, and methods for protecting bamboo structures. Overall, the document outlines how bamboo can serve as an affordable, sustainable building material.
Critical regionalism is an architectural approach that seeks to counter the placelessness of the International Style by being rooted in a specific geographical and cultural context, while still drawing from modern design traditions. It rejects both the lack of identity in the International Style as well as the whimsical individualism of postmodern architecture. The term was coined by architectural theorists Alexander Tzonis and Liane Lefaivre. Critical regionalism holds that both modern and postmodern architecture lack context and connection to place. Notable critical regionalist architects include Alvar Aalto, Kenzo Tange, and Tadao Ando, whose works emphasize simple geometric forms, natural light, and an honest use of materials to connect architecture to its unique environment.
The Pearl River Tower in Guangzhou, China is designed to be the most energy efficient supertall skyscraper in the world. Some key energy efficient design features include wind turbines and solar panels integrated into the building, a double and triple glazed facade, radiant cooling systems in the ceilings, and a building shape that channels wind to the turbines. Early results indicate the tower will use an AC system 80% smaller than conventional skyscrapers and the turbines may generate up to 4% of the building's power needs through wind energy harnessing.
This document presents the site plan and analysis for a proposed motel development located along a highway in Karnataka, India. The 4-5 acre site has tropical climate and is near a town entrance. Amenities included in the site plan are parking, a gas station, café, restaurant, kiosks, public toilets, a service station, play area, and lodging. The document analyzes different aspects of the site plan such as parking layout, location of amenities, number of rooms, and landscaping. It provides inferences to improve the plan by adding more rooms and amenities, relocating some features, and providing parking for motorcycles.
This document summarizes a student project studying bamboo structures in Nagpur City, India. It includes:
- An introduction to bamboo as a building material, describing its strength, sustainability, and earthquake resistance.
- Details of a bamboo pavilion constructed for the project, including floor plans, structural elements like columns, trusses, and foundations, as well as joinery details.
- Discussions of how bamboo was used specifically for the roof, columns, load transfer, and electrical wiring in the pavilion.
- Descriptions of common bamboo connection techniques.
- Acknowledgement that the project involved on-site measurements and documentation of existing bamboo structures.
The document discusses wooden partitions and paneling. It describes partitions as interior walls that divide space and lists common types like timber stud, metal stud, and drywall partitions. Partitions are classified based on materials and can be load-bearing or non-load-bearing. Paneling is defined as rigid wall coverings made of interlocking wood or other materials. Details are provided on stud partitions, trussed partitions, and joinery details for staggered timber partitions. Various paneling materials are also listed along with assignments to detail joinery and draft partition and paneling drawings.
Louis Kahn was an American architect born in 1901 who is considered one of the foremost architects of the late 20th century. Some of his most notable works included the Salk Institute, Yale Center for British Art, and National Assembly Building in Dhaka. Kahn's architecture was notable for its simple platonic forms and compositions achieved through the use of brick and concrete. While rooted in the International Style, Kahn developed a unique personal aesthetic through his education and travels. He is renowned for creating monumental architecture that maintained a sympathy for the site and human scale.
Neo-futurism is a late 20th–early 21st century movement in the arts, design, and architecture. It is a departure from the cynical attitude of post-modernism and represents an idealistic belief in a better future and "a need to periodize the modern rapport with the technological".
This avant-garde movement is a futuristic rethinking of the aesthetic and functionality of rapidly growing cities.
The industrialization that began worldwide following the end of the Second World War gave wind to new streams of thought in life, art and architecture, leading to post-modernism, neo-modernism and then neo-futurism.
In the Western countries, futurist architecture evolved into Art Deco, the Googie movement and high-tech architecture, and finally into Neo-Futurism.
Neo-futuristic urbanists, architects, designers and artists believe in cities releasing emotions, driven by eco-sustainability, ethical values and implementing new materials and new technologies to provide a better quality of life for city-dwellers.
Neo-futurism has absorbed sоme оf the high-tech architecture’s themes аnd ideas, incorporating elements оf high-tech industry аnd technology іntо building design: technology and context is the focus of some architects of this movement such as Buckminster Fuller, Norman Foster, Kenzo Tange, Renzo Piano, Richard Rogers, Frei Otto, and Santiago Calatrava.
Case study -zaveriben popatlal sabhagraha-air conditioningKelly Cucoo
The Zaverben Popatlal Sabhagrah in Ghatkopar, Mumbai underwent renovations to modernize the aging auditorium. The auditorium was originally constructed in 1984 as part of the Rashtriya Shala school. Recent trustees decided to renovate the space, hiring architect Ajit Bhuta to overhaul the design while keeping the existing school structure untouched. Costing approximately 2 crore rupees funded by the Dhanji Deveshi family, the renovation demolished everything but the four walls and roof. The renovated space features a more modern, vibrant design with improved seating, lighting, air circulation, and audio-visual technology to create a futuristic yet trendy performance space for
Glamping Bungalow domes are a new line of self-assembly products that revolutionize hospitality industry. Suitable for all seasons.
Aside from their natural beauty, domes also have many structural advantages. Geodesic shelters have been built around the world in varied climates and have proven to be the strongest and most efficient human shelter ever conceived.
Whether you are seeking an alternative living environment, or a dynamic personal studio for writing, art, or performance, step into the natural flow that only a custom designed geodesic dome can offer; domes offer an experience that is sure to revive, enhance and unleash your creative flow. The scope of work tempearatur – 40°C to +80°C :: R [m2 K/W] = 2,639 m2 K/W
One of our customers was faced with steam trap valve challenge. We are talking about saturated and superheated
steam at 46 bar and 400°C. Previous graphite gasket materials applied to the valve broke up during installation, as
they were instable and prone to friction movement. Pieces of remaining gasket had to be removed and seating of the
gasket to be cleaned.
Double skin façades. Almost a self-explanatory name for façade systems consisting of two layers, usually glass, wherein air flows through the intermediate cavity. This space (which can vary from 20 cm to a few meters) acts as insulation against extreme temperatures, winds, and sound, improving the building's thermal efficiency for both high and low temperatures.
Credit :
Danish Pathan
Imran Inamdar
Qais Patel
Simran Patel
Tehlil Tamboli
Afshan Saudagar
Ubed Ali Sayyed
Omkar Salkar
Taher Ajmerwala
Danish Sheikh
Rajasthan Vernacular Houses Jalwali and KhidratMadhu Sagar
The document provides information about the vernacular architecture of Rajasthan, India. It discusses the mud architecture found in the Bikaner district of Rajasthan, which lies in the northern part of the Thar Desert. It describes the climatic conditions, typical house and village layouts, and distinctive architectural features like grain storage jars seen in villages like Jalwali.
auditorium case study - bhargava and tagore theatre.pptxShikhaAggarwal49
Bhargava Auditorium is located in Chandigarh, India. It has a seating capacity of 999 people and is used to host events for PGIMER as well as other organizations. The auditorium has a humid subtropical climate. It is oriented east and built on flat, fertile land with an area of 770.07 square meters. The multi-functional building was designed by architect Shivank Sharma and uses materials like concrete, stone and timber for its exterior and interior.
This document discusses the passive cooling technique of courtyard design. A courtyard is an open area surrounded by buildings that allows natural ventilation and creates a microclimate. Courtyards benefit buildings by creating a conditioned zone through stack effect ventilation and reducing the need for mechanical cooling. Proper courtyard design considers factors like elevation, ratio, and dimensions to maximize passive cooling effects for different climates. Courtyards have historically been used in Islamic and Nepalese architecture and remain effective in contemporary sustainable building.
The document provides biographical information about architect Balkrishna Vithaldas Doshi. It details that he was born in 1927 in Pune, India and received his bachelor's degree from J.J. School of Art in 1950. He then worked for four years with Le Corbusier in Paris. In 1956 he established his own private practice called Vastu-Shilpa in Ahmedabad. Some of his notable works include the Aranya Low-Cost Housing Township in Indore and the National Institute of Fashion Technology campus in New Delhi. Doshi's architecture is influenced by traditional Indian concepts and provides flexible, community-oriented designs.
The Glass House in New Canaan, Connecticut was designed by architect Philip Johnson in 1949 as his personal residence. Inspired by Mies van der Rohe's Farnsworth House, the Glass House is considered an important early example of modern architecture, using industrial materials like glass and steel. It consists of an open floor plan enclosed by floor-to-ceiling glass panels between steel supports. Johnson passed ownership of the Glass House to the National Trust for Historic Preservation in 2005, and it was opened to visitors in 2007.
Bamboo is a versatile building material that is strong, renewable, and environmentally friendly. It can be used for structural and non-structural building elements like walls, floors, ceilings, trusses, and more. Bamboo is graded based on traits like straightness, taper, and nodes. Proper selection of mature bamboo with a minimum diameter and wall thickness is important. Foundations can include direct ground contact, rock footings, or incorporating bamboo into concrete. Floors and walls are constructed using bamboo panels, joints, and infill. While bamboo construction has benefits of affordability, sustainability, and cultural acceptability, it lacks natural durability and is susceptible to insects without treatment.
This document provides information about galvanized iron sheet, including its properties, designs/colors, applications, and cost. Key points include:
- Galvanized iron sheet is made by pressing flat iron plates between rollers, then coating them with zinc for corrosion resistance.
- It is lightweight, durable, fire resistant, and resistant to high temperatures. Corrugations increase its strength and rigidity.
- Common applications include roofing, wall cladding, gutters, and downpipes. It is widely used in construction due to its affordability and durability.
- Different profiles exist, including plain, trapezoidal, and clip lock, which affect its strength and water drainage characteristics.
The document discusses geodesic domes, which are spherical structures composed of triangular elements that efficiently distribute stress. The first dome was designed after WWI by Walther Bauersfeld for a planetarium. Buckminster Fuller popularized the dome design, which can support heavy loads given its size and insulates well due to its shape. Geodesic domes promote even air circulation and temperatures, making them 2-4 times more energy efficient than traditional homes.
This document discusses the use of bamboo as a construction material. It begins with an introduction on the benefits of bamboo, including that it is strong, renewable, environmentally friendly. The objectives are then presented as studying bamboo characteristics and modern construction techniques. Several building elements that can be made from bamboo are described, including walls, floors, roofs, and methods for protecting bamboo structures. Overall, the document outlines how bamboo can serve as an affordable, sustainable building material.
Critical regionalism is an architectural approach that seeks to counter the placelessness of the International Style by being rooted in a specific geographical and cultural context, while still drawing from modern design traditions. It rejects both the lack of identity in the International Style as well as the whimsical individualism of postmodern architecture. The term was coined by architectural theorists Alexander Tzonis and Liane Lefaivre. Critical regionalism holds that both modern and postmodern architecture lack context and connection to place. Notable critical regionalist architects include Alvar Aalto, Kenzo Tange, and Tadao Ando, whose works emphasize simple geometric forms, natural light, and an honest use of materials to connect architecture to its unique environment.
The Pearl River Tower in Guangzhou, China is designed to be the most energy efficient supertall skyscraper in the world. Some key energy efficient design features include wind turbines and solar panels integrated into the building, a double and triple glazed facade, radiant cooling systems in the ceilings, and a building shape that channels wind to the turbines. Early results indicate the tower will use an AC system 80% smaller than conventional skyscrapers and the turbines may generate up to 4% of the building's power needs through wind energy harnessing.
This document presents the site plan and analysis for a proposed motel development located along a highway in Karnataka, India. The 4-5 acre site has tropical climate and is near a town entrance. Amenities included in the site plan are parking, a gas station, café, restaurant, kiosks, public toilets, a service station, play area, and lodging. The document analyzes different aspects of the site plan such as parking layout, location of amenities, number of rooms, and landscaping. It provides inferences to improve the plan by adding more rooms and amenities, relocating some features, and providing parking for motorcycles.
This document summarizes a student project studying bamboo structures in Nagpur City, India. It includes:
- An introduction to bamboo as a building material, describing its strength, sustainability, and earthquake resistance.
- Details of a bamboo pavilion constructed for the project, including floor plans, structural elements like columns, trusses, and foundations, as well as joinery details.
- Discussions of how bamboo was used specifically for the roof, columns, load transfer, and electrical wiring in the pavilion.
- Descriptions of common bamboo connection techniques.
- Acknowledgement that the project involved on-site measurements and documentation of existing bamboo structures.
The document discusses wooden partitions and paneling. It describes partitions as interior walls that divide space and lists common types like timber stud, metal stud, and drywall partitions. Partitions are classified based on materials and can be load-bearing or non-load-bearing. Paneling is defined as rigid wall coverings made of interlocking wood or other materials. Details are provided on stud partitions, trussed partitions, and joinery details for staggered timber partitions. Various paneling materials are also listed along with assignments to detail joinery and draft partition and paneling drawings.
Louis Kahn was an American architect born in 1901 who is considered one of the foremost architects of the late 20th century. Some of his most notable works included the Salk Institute, Yale Center for British Art, and National Assembly Building in Dhaka. Kahn's architecture was notable for its simple platonic forms and compositions achieved through the use of brick and concrete. While rooted in the International Style, Kahn developed a unique personal aesthetic through his education and travels. He is renowned for creating monumental architecture that maintained a sympathy for the site and human scale.
Neo-futurism is a late 20th–early 21st century movement in the arts, design, and architecture. It is a departure from the cynical attitude of post-modernism and represents an idealistic belief in a better future and "a need to periodize the modern rapport with the technological".
This avant-garde movement is a futuristic rethinking of the aesthetic and functionality of rapidly growing cities.
The industrialization that began worldwide following the end of the Second World War gave wind to new streams of thought in life, art and architecture, leading to post-modernism, neo-modernism and then neo-futurism.
In the Western countries, futurist architecture evolved into Art Deco, the Googie movement and high-tech architecture, and finally into Neo-Futurism.
Neo-futuristic urbanists, architects, designers and artists believe in cities releasing emotions, driven by eco-sustainability, ethical values and implementing new materials and new technologies to provide a better quality of life for city-dwellers.
Neo-futurism has absorbed sоme оf the high-tech architecture’s themes аnd ideas, incorporating elements оf high-tech industry аnd technology іntо building design: technology and context is the focus of some architects of this movement such as Buckminster Fuller, Norman Foster, Kenzo Tange, Renzo Piano, Richard Rogers, Frei Otto, and Santiago Calatrava.
Case study -zaveriben popatlal sabhagraha-air conditioningKelly Cucoo
The Zaverben Popatlal Sabhagrah in Ghatkopar, Mumbai underwent renovations to modernize the aging auditorium. The auditorium was originally constructed in 1984 as part of the Rashtriya Shala school. Recent trustees decided to renovate the space, hiring architect Ajit Bhuta to overhaul the design while keeping the existing school structure untouched. Costing approximately 2 crore rupees funded by the Dhanji Deveshi family, the renovation demolished everything but the four walls and roof. The renovated space features a more modern, vibrant design with improved seating, lighting, air circulation, and audio-visual technology to create a futuristic yet trendy performance space for
Glamping Bungalow domes are a new line of self-assembly products that revolutionize hospitality industry. Suitable for all seasons.
Aside from their natural beauty, domes also have many structural advantages. Geodesic shelters have been built around the world in varied climates and have proven to be the strongest and most efficient human shelter ever conceived.
Whether you are seeking an alternative living environment, or a dynamic personal studio for writing, art, or performance, step into the natural flow that only a custom designed geodesic dome can offer; domes offer an experience that is sure to revive, enhance and unleash your creative flow. The scope of work tempearatur – 40°C to +80°C :: R [m2 K/W] = 2,639 m2 K/W
One of our customers was faced with steam trap valve challenge. We are talking about saturated and superheated
steam at 46 bar and 400°C. Previous graphite gasket materials applied to the valve broke up during installation, as
they were instable and prone to friction movement. Pieces of remaining gasket had to be removed and seating of the
gasket to be cleaned.
The document provides information on DK Cable Junction Boxes, including:
- Models for connecting copper conductors from 1.5 to 240 mm2 with IP protection ratings of 54-67.
- Details on box walls, terminals, and cable entry points for various models. Features include variable terminal positions, stainless steel cover screws, and flame retardant materials.
- Specifications and dimensions for individual models like the KC 9045 for conductors 1.5-4 mm2 with FIXCONNECT plug-in terminals and IP55 protection.
Lewden Electrical Industries has been supplying Electrical Equipment to Industry for over 60 years, established in 1946, Lewden Metal Products as it was then known, developed an expertise in the Metal Die-casting and Machining of products for the Electrical and Components Industry.
Palazzoli plugs, sockets and interlocked socket outlets for industrial, hazardous area (ATEX certified), marine and general low voltage power distribution, control, protection and signalling devices.
Palazzoli Industrial Overview - Industrial distribution boards, Industrial socket outlets, Industrial plugs, Industrial enclosures, Protection and signalling devices, Lighting appliances, Control devices, Protection devices, Inter-locked socket outlets, Mobile plug and socket outlets, Straight plugs.
Palazzoli ATEX Overview - ATEX plugs, ATEX inter-locked sockets, ATEX enclosures, ATEX protection and signalling devices, ATEX lighting.
Lewden Electrical - Palazzoli ATEX Solutions for Explosive Atmospheres: Industrial Plugs & Sockets, ATEX Enclosures, Cable Glands & Fittings, ATEX Control Devices, Lighting Fixtures & Signalling Devices.
PSC has invested in stocking the consumables that are required on drilling rigs and is now building up inventory of all Ropes-Soaps-Dopes items. For more information visit us at www.pscrigessentials.com or www.rigconsumables.com or send us an email at rfq(at)projectsalescorp.com
This document provides information about a PTFE insulated heating cable manufactured by Thorne and Derrick. The cable is factory terminated and can be used for freeze protection and temperature maintenance in hazardous areas and explosive atmospheres. It has advantages like high chemical and mechanical resistance, a high working temperature up to 260°C, and flexibility for complex installations. Applications include heat tracing of tanks, vessels, pipes and other equipment.
MAXIFLO PRO 200 | FLAT ROOF ATTIC VENT
2-wing attic vent constructed of polypropylene and a metal base designed to prolong the life of the roof system by reducing moisture and trapped air pressure within the roof system. This product is to be used on flat roofs.
https://roofingmaterials.online/
You can find eco-friendly, sustainable, and locally made and grown products on shelves in almost every store these days. So perhaps it’s no surprise that some people want to make the buildings themselves more in tune with the environment, too. Or it could simply be that people just really like the idea of living inside giant soccer balls, which is what geodesic domes look like. In short, geodesic domes are structures that look like half spheres made up of many triangle supports.
Geodesic domes (and the homes based on those designs) are extremely efficient and inexpensive. Those traits, when considered in the context of today’s economic and environmental issues, mean domes are enjoying the kind of popularity not seen since their heyday in the late 1960s and early 1970s. Many communities throughout the world boast geodesic domes, either as homes or as commercial structures, and you can’t miss them — they’re so futuristic-looking that they make it seem like an alien mothership has landed and begun a planetary takeover.
We design according to LR STR and EN Euro code requirements. Documentation and drawings can be translated to RU, EN, LV, FI, SP, IT, DK, AZ or other languages. Projects are adjusted to Russian Federation SNiP and SP standards. We are working both in Lithuania and abroad.
This document provides technical specifications for the ECKA 51/51/51R wood burning stove. It lists nominal heat power, efficiency, wood consumption, flue gas measurements, heat distribution capabilities, required chimney pressure and air flow, dimensions and weights. Specifications are provided for operation connected directly to chimney, with a cupola, adaptor, hot air exchanger, and vertical hot air exchanger. Additional components like build-on frames and cover frames are also detailed.
This document provides information on Thorne and Derrick's Type ELK-Q heating cable, which can operate at temperatures up to 900°C. The cable has quartz textile insulation, a nominal voltage of 230V, and an output of around 175W/m. It is highly flexible and has a minimum bending radius of 5 times its diameter. Applications include heat tracing on glass, quartz and ceramic, and high output laboratory and research devices. Safety standards and technical specifications are also listed.
Cross Technical Solutions is an Irish company Specialising in the design, Installation, Service and Maintenance of Specialist Refrigeration systems.
Established with the Pharmaceutical & Food Industry and specialist refrigeration fields in mind we can provide a complete ‘Turn-Key’ package using in-house engineers and the latest design and drawing packages.
Air circulating furnace for all applications. Robust construction made of bent plate. Multilayer insulation. Interior in ceramic fibre and refractory bricks. Air circulation by a turbine to improve
homogeneity within furnace. Battery of shielded electrical resistors. Electricity: 3x400 VAC. PID Axron Swiss digital temperature controller. Timer. CE marking and operating instructions in English.
Delivered with furnace basket.
Air circulating furnace for all applications, robustly built. Stainless steel interior. Multilayer insulation. Interior in ceramic fibre and refractory bricks. Fan with stainless steel turbine. Battery of shielded electrical resistors. 3 x 400 VAC. Axron Swiss PID temperature controller. CE marking and operating instructions in English. Delivered with: 2 shelves.
PPE MACHTRON CO.,LTD is an electrical product trader in Bangkok, Thailand that distributes flexible conduits, terminal blocks, cable glands, and connectors from UK, Italy, Germany, and Spain. Their main products are connectors for lighting, home wiring, stage wiring, and billboard wiring.
Techno Company is an Italian manufacturer of thermoplastic products founded in 1986. They were the first Italian company to obtain ISO 9002 certification for injection molding of plastics. Techno is known for product quality and innovation.
The document discusses PPE MACHTRON obtaining a distributor agreement from Techno Inc. and plans to advertise Techno products in a local yellow pages directory
Catalogue of stone coated roofing sheets from SGB-ChinaAndy Zhang
1. Hangzhou Singer Building Materials Co., Ltd. is a supplier of stone coated metal roof tiles and accessories located in Hangzhou, China.
2. The document provides specifications for 7 types of roof tiles and descriptions of matching accessories like valley trays, side flashing, and ridge caps.
3. It also details information about the company's stone coated roof tile materials, colors, sizes, weights, certifications, and order and payment terms.
This document provides information on Unitherm's Series 2200 pre-insulated tubing. It is comprised of an inner process tube, fiberglass insulation, and an outer protective PVC jacket. It is designed to transport fluids like steam or gas at temperatures up to 400°F while maintaining a maximum jacket temperature of 140°F. Additional features include compact design, low heat loss, durability, and cost savings over field fabrication. It has applications in steam, condensate, gas, and liquid transport lines.
Electric chamber furnace for all applications, high temperature. Robust construction made of bent plate. Vertical lifting front door. Multilayer insulation. Interior in ceramic fibre and refractory bricks. Silicone carbide heating elements. The heating is turned off at the opening of the door. Electricity: 3 x 400 VAC. Axron Swiss PID temperature controller. CE marking and operating instructions in English. Delivered with: Removable ceramic sole.
This document provides technical specifications for several cable gland models suitable for use in hazardous and clean room environments. It includes details on materials, dimensions, protection ratings, temperature ranges, and certifications. The cable glands described have smooth, easy to clean surfaces suitable for food, pharmaceutical and other industries with high cleanliness requirements. They provide IP68/IP69K protection and can be used in explosive atmospheres.
The document provides procedures for applying a neoprene coating to riser pipes, clamps, and field joints for the Umm Al Dalakh Field Early Production Scheme project. It outlines materials requirements, including that the neoprene coating must withstand temperatures from -100°C to +92°C and have a minimum design life of 40 years. It also describes surface preparation, application of primer and coating, inspection and testing requirements, and addresses handling, storage, and potential repairs. Prequalification tests are specified to ensure the coating meets project specifications.
The document provides specifications for RETORT FURNACES with INERT GAS that can reach temperatures of 650°C. The furnaces are robustly constructed from bent plate with multilayer insulation. They have air circulation via a turbine to improve temperature homogeneity. Electrical resistors provide heating that is regulated by a PID digital controller. The furnaces are delivered with a retort, inert gas equipment, and retort support. Models vary in internal volume, retort and internal dimensions, external dimensions, power needs, and weight.
This document provides information on solar control insulating glasses and façade glazing options from Geodomas. It describes how solar control glasses allow natural light in while preventing excessive heat gain, improving energy efficiency. Various glazing configurations are presented with different glass makeup and performance properties for angles from 11 to 85 degrees, including Ug values ranging from 0.5 to 1.1 W/m2K. Laminated safety glasses and noise reducing options are also detailed.
The document advertises various geodesic dome structures from a company called Geodomas, including an Octadome unit with 4 rooms of 7 square meters each, refugee camp units, a family dome called an Icodome of 38 square meters, and a larger Bungalow structure of 300 square meters with 6 family rooms. Contact information is provided for Geodomas, along with repeated descriptions of the energy efficiency and sustainability of their geodesic dome designs.
Surenkamos ir išardomos mobilios estrados tvirtinamos prie grunto greitai montuojamais sraigtiniais
pamatais arba svoriais. Mobilių estradų karkasams naudojama: cinkuotas arba nerūdijantis plienas,
mediena, dangoms : skaidrus arba spalvotas architektūrinis tentas.
Produkcja GEODOMAS dała podstawy do wprowadzenia nowoczesnej i precyzyjnej technologii wytwarzania struktur CAŁOROCZNYCH. Dzięki intensywnemu rozwojowi, w ciągu ostatnich lat jesteśmy gotowi na wykonanie najbardziej kreatywnych i innowacyjnych projektów zgodnych z najnowszymi, światowymi trendami.
Innowacyjne właściwości ochrony cieplnej zapewniają komfort przebywania w pomieszczeniu, więcej naturalnego światła oraz optymalne wykorzystanie energii słonecznej. Przyczynia się to do redukcji kosztów ogrzewania i większego komfortu termicznego wnętrza. Niski współczynnik odbicia światła na poziomie 14% zapewnia dodatkową ochronę dla ptaków zmniejszając ryzyko wystąpienia kolizji z przeszkleniem.
Kopuła jest w bardzo małym stopniu narażona na działanie siły wiatru. Nie występują w niej duże płaskie powierzchnie, które stawiają opór wiatru. Dlatego wiatr nawet bardzo dużej sile prześlizguje się po kopule, nie wyrządzając jej krzywdy.
Стационарные эстрады для городских парков или культурных центров производятся из различных материалов: деревянные каркасы, оцинкованный или окрашенный метал, нержавеющая сталь или алюминий.
Для отделки фасадов подходят древесно-стружечные и цементно-стружечные плиты, битумная черепица, кровельная жесть, и другие декоративные, фасадные материалы.
Visų siūlomų tipų karkasų montavimas nesudėtingas, varžtų pagalba, montavimo darbams nereikalinga galinga technika. Daugeli mūsų
parduodamu produktu galima susimontuoti pačiam. Angarai pristatomi pilnai sukomplektuoti, su brėžiniais ir surinkimo instrukcija.
Montuojame arba padedam organizuoti montavimą.
Parduodame pilnai sukomplektuotus angarus arba atskiras angaro dalis: karkasus arba įvairias dangas. Galima tarpusavyje derinti skirtingas
dangas angaro stogui ir sienoms: pvz. PVC tento dangą stogui ir cinkuotos bei dažytos skardos lakštus sienoms. Galite užsisakyti tik
konstrukcijas arba tik dangas.
Siūlome platų asortimentą angarų priedų: konstrukcijos padengimas dažais, durys, vartai, langai, laiptai, aptarnavimo takeliai, lietaus sistemos,
stoglangiai, stogo saugos elementai, įsukami poliniai pamatai.
Angaro kaina priklauso nuo medžiagiškumo ir tarpatramio dydžio. Angarai iki 12 metrų tarpatramio (pločio) laikomi nesudetingais statiniais
(LR STR). Angarams, kuriu tarpatramis viršija 12 metrų, privaloma parengti Technini bei Darbo projektus, tame tarpe ir apkrovu skaičiavimo byla
ir išvada.
Angarų skaičiuoklė suteikia galimybę apskaičiuoti angaro pločius bei tūrį. Užpildžius skaičiuoklė gausite specifikacija, kuria galite atsispausdinti,
išsaugoti, išsiųsti kainos užklausą.
We design and manufacture complex of children playgrounds, depending on children’s
age groups we design individual elements of the site. Prepare installation drawings,
provide with solutions for mounting elements of the site.
All playground facilities are safe – the design meets the EN1176 standard.
All products for public use meets the EN1176-1-7 standards.
All products has the warranty for 24 months.
We sell spare parts and accessories.
Modern glass facades are an expression of contemporary architecture. Glass ensures plenty of natural
daylight, which has a direct positive influence on well-being and quality of life. However, large areas of glass
may also give rise to undesirable heat build-up in summer. solar control insulating glasses permit optimum
use of the natural light source and can also prevent solar energy causing excessive increases in room
temperatures. With solar control glasses, the indoor climate remains pleasant and comfortable even in
summer while energy costs for air-conditioning are also reduced. These interrelated functions optimise the
overall energy management of buildings in a cost-effective way.
This document discusses solar control insulating glass for building facades. It offers a range of solar control glass products with balanced ratios of light transmission and total solar energy transmittance to satisfy building energy needs. These glasses allow optimum natural light while preventing excessive heat gain, keeping indoor spaces comfortable while reducing energy costs. Product options include single pane safety glass, laminated safety glass, insulating glass units for thermal insulation and sun protection, and curved glass.
Discover the latest insights on Data Driven Maintenance with our comprehensive webinar presentation. Learn about traditional maintenance challenges, the right approach to utilizing data, and the benefits of adopting a Data Driven Maintenance strategy. Explore real-world examples, industry best practices, and innovative solutions like FMECA and the D3M model. This presentation, led by expert Jules Oudmans, is essential for asset owners looking to optimize their maintenance processes and leverage digital technologies for improved efficiency and performance. Download now to stay ahead in the evolving maintenance landscape.
Applications of artificial Intelligence in Mechanical Engineering.pdfAtif Razi
Historically, mechanical engineering has relied heavily on human expertise and empirical methods to solve complex problems. With the introduction of computer-aided design (CAD) and finite element analysis (FEA), the field took its first steps towards digitization. These tools allowed engineers to simulate and analyze mechanical systems with greater accuracy and efficiency. However, the sheer volume of data generated by modern engineering systems and the increasing complexity of these systems have necessitated more advanced analytical tools, paving the way for AI.
AI offers the capability to process vast amounts of data, identify patterns, and make predictions with a level of speed and accuracy unattainable by traditional methods. This has profound implications for mechanical engineering, enabling more efficient design processes, predictive maintenance strategies, and optimized manufacturing operations. AI-driven tools can learn from historical data, adapt to new information, and continuously improve their performance, making them invaluable in tackling the multifaceted challenges of modern mechanical engineering.
Comparative analysis between traditional aquaponics and reconstructed aquapon...bijceesjournal
The aquaponic system of planting is a method that does not require soil usage. It is a method that only needs water, fish, lava rocks (a substitute for soil), and plants. Aquaponic systems are sustainable and environmentally friendly. Its use not only helps to plant in small spaces but also helps reduce artificial chemical use and minimizes excess water use, as aquaponics consumes 90% less water than soil-based gardening. The study applied a descriptive and experimental design to assess and compare conventional and reconstructed aquaponic methods for reproducing tomatoes. The researchers created an observation checklist to determine the significant factors of the study. The study aims to determine the significant difference between traditional aquaponics and reconstructed aquaponics systems propagating tomatoes in terms of height, weight, girth, and number of fruits. The reconstructed aquaponics system’s higher growth yield results in a much more nourished crop than the traditional aquaponics system. It is superior in its number of fruits, height, weight, and girth measurement. Moreover, the reconstructed aquaponics system is proven to eliminate all the hindrances present in the traditional aquaponics system, which are overcrowding of fish, algae growth, pest problems, contaminated water, and dead fish.
Generative AI Use cases applications solutions and implementation.pdfmahaffeycheryld
Generative AI solutions encompass a range of capabilities from content creation to complex problem-solving across industries. Implementing generative AI involves identifying specific business needs, developing tailored AI models using techniques like GANs and VAEs, and integrating these models into existing workflows. Data quality and continuous model refinement are crucial for effective implementation. Businesses must also consider ethical implications and ensure transparency in AI decision-making. Generative AI's implementation aims to enhance efficiency, creativity, and innovation by leveraging autonomous generation and sophisticated learning algorithms to meet diverse business challenges.
https://www.leewayhertz.com/generative-ai-use-cases-and-applications/
Design and optimization of ion propulsion dronebjmsejournal
Electric propulsion technology is widely used in many kinds of vehicles in recent years, and aircrafts are no exception. Technically, UAVs are electrically propelled but tend to produce a significant amount of noise and vibrations. Ion propulsion technology for drones is a potential solution to this problem. Ion propulsion technology is proven to be feasible in the earth’s atmosphere. The study presented in this article shows the design of EHD thrusters and power supply for ion propulsion drones along with performance optimization of high-voltage power supply for endurance in earth’s atmosphere.
Prediction of Electrical Energy Efficiency Using Information on Consumer's Ac...PriyankaKilaniya
Energy efficiency has been important since the latter part of the last century. The main object of this survey is to determine the energy efficiency knowledge among consumers. Two separate districts in Bangladesh are selected to conduct the survey on households and showrooms about the energy and seller also. The survey uses the data to find some regression equations from which it is easy to predict energy efficiency knowledge. The data is analyzed and calculated based on five important criteria. The initial target was to find some factors that help predict a person's energy efficiency knowledge. From the survey, it is found that the energy efficiency awareness among the people of our country is very low. Relationships between household energy use behaviors are estimated using a unique dataset of about 40 households and 20 showrooms in Bangladesh's Chapainawabganj and Bagerhat districts. Knowledge of energy consumption and energy efficiency technology options is found to be associated with household use of energy conservation practices. Household characteristics also influence household energy use behavior. Younger household cohorts are more likely to adopt energy-efficient technologies and energy conservation practices and place primary importance on energy saving for environmental reasons. Education also influences attitudes toward energy conservation in Bangladesh. Low-education households indicate they primarily save electricity for the environment while high-education households indicate they are motivated by environmental concerns.
Rainfall intensity duration frequency curve statistical analysis and modeling...bijceesjournal
Using data from 41 years in Patna’ India’ the study’s goal is to analyze the trends of how often it rains on a weekly, seasonal, and annual basis (1981−2020). First, utilizing the intensity-duration-frequency (IDF) curve and the relationship by statistically analyzing rainfall’ the historical rainfall data set for Patna’ India’ during a 41 year period (1981−2020), was evaluated for its quality. Changes in the hydrologic cycle as a result of increased greenhouse gas emissions are expected to induce variations in the intensity, length, and frequency of precipitation events. One strategy to lessen vulnerability is to quantify probable changes and adapt to them. Techniques such as log-normal, normal, and Gumbel are used (EV-I). Distributions were created with durations of 1, 2, 3, 6, and 24 h and return times of 2, 5, 10, 25, and 100 years. There were also mathematical correlations discovered between rainfall and recurrence interval.
Findings: Based on findings, the Gumbel approach produced the highest intensity values, whereas the other approaches produced values that were close to each other. The data indicates that 461.9 mm of rain fell during the monsoon season’s 301st week. However, it was found that the 29th week had the greatest average rainfall, 92.6 mm. With 952.6 mm on average, the monsoon season saw the highest rainfall. Calculations revealed that the yearly rainfall averaged 1171.1 mm. Using Weibull’s method, the study was subsequently expanded to examine rainfall distribution at different recurrence intervals of 2, 5, 10, and 25 years. Rainfall and recurrence interval mathematical correlations were also developed. Further regression analysis revealed that short wave irrigation, wind direction, wind speed, pressure, relative humidity, and temperature all had a substantial influence on rainfall.
Originality and value: The results of the rainfall IDF curves can provide useful information to policymakers in making appropriate decisions in managing and minimizing floods in the study area.
Optimizing Gradle Builds - Gradle DPE Tour Berlin 2024Sinan KOZAK
Sinan from the Delivery Hero mobile infrastructure engineering team shares a deep dive into performance acceleration with Gradle build cache optimizations. Sinan shares their journey into solving complex build-cache problems that affect Gradle builds. By understanding the challenges and solutions found in our journey, we aim to demonstrate the possibilities for faster builds. The case study reveals how overlapping outputs and cache misconfigurations led to significant increases in build times, especially as the project scaled up with numerous modules using Paparazzi tests. The journey from diagnosing to defeating cache issues offers invaluable lessons on maintaining cache integrity without sacrificing functionality.
1. TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS : 6pc.
NUMBER OF STRUTS FEET: 104 pc.
CIRCULAR POLYESTER ENTRIES : 1 pc.
TOP WENT : 2 pc.
ZIP WENT : 1 pc.
INSTALLATION TIME : 1-2 h
DEINSTALLATION TIME : 0,5-1 h
FLOOR AREA : 28 m2
DIAMETER : 6 m
HEIGHT : 3 m
COVER SURFACE : 56 m2
VOLUME : 51 m³
COVER WEIGHT : 50 kg
FRAME WEIGHT: 163 kg
WIND/SNOW LOAD: 120kg/m2
COMPLETE PACKAGE WEIGHT: 210 kg
PACKAGE TYPE: Euro pallets 1 pc.
“OCTADOME28 F4“ PRODUCT ARCHITECTURE
TOP vent
ZIP vent
GEODESIC EVENT DOME STRUCTURE
OCTADOME28 F4
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
2. ICODOME 28m2 Vilnius, Lietuva
Manufacture
& Building
GEODESIC DOMES FOR EVENTS
www.geodomas.eu
info@geodomas.eu
3. GEODESIC EVENT DOME STRUCTURE
ICODOME28 F3
TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS : 3pc.
NUMBER OF STRUTS FEET : 60 pc.
CIRCULAR ENTRIES : 1 pc.
TOP VENT : 3 pc.
ZIP VENT : 1 pc.
INSTALLATION TIME : 2-3 h
DEINSTALLATION TIME : 0,5-2 h
FLOOR AREA : 28 m2
DIAMETER : 6 m
HEIGHT : 3,53 m
COVER SURFACE : 62 m2
VOLUME : 59 m³
COVER WEIGHT : 50 kg
FRAME WEIGHT : 160 kg
WIND/SNOW LOAD : 150kg/m2
COMPLETE PACKAGE WEIGHT : 220 kg
PACKAGE TYPE : Euro pallets 1 pc.
Technical Data &
Specification
“ICODOME 28 F3“ PRODUCT ARCHITECTURE
6m
TOP vent
ZIP vent
www.geodomas.eu
info@geodomas.eu
4. OCTADOME 50m2 F4 :: Barcelona, SPAIN
Manufacture
& Building
GEODESIC DOMES FOR EVENTS
www.geodomas.eu
info@geodomas.eu
5. TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS : 6pc.
NUMBER OF STRUTS FEET : 104pc.
CIRCULAR POLYESTER ENTRIES : 1 pc.
TOP WENT : 2 pc.
ZIP WENT : 1 pc.
INSTALLATION TIME : 1,5-2 h
DEINSTALLATION TIME : 0,5-1 h
FLOOR AREA : 50 m2
DIAMETER : 8 m
HEIGHT : 4 m
COVER SURFACE : 100 m2
VOLUME : 122 m³
COVER WEIGHT : 80 kg
FRAME WEIGHT: 220 kg
WIND/SNOW LOAD: 120kg/m2
COMPLETE PACKAGE WEIGHT: 320 kg
PACKAGE TYPE: Euro pallets 1 pc.
“OCTADOME50 F4“ PRODUCT ARCHITECTURE
TOP vent
ZIP vent
GEODESIC EVENT DOME STRUCTURE
OCTADOME50 F4
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
6. ICODOME 50m2 F4 Vilnius, Lietuva
Manufacture
& Building
GEODESIC DOMES FOR EVENTS
www.geodomas.eu
info@geodomas.eu
7. GEODESIC EVENT DOME STRUCTURE
ICODOME50 F4
TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS : 6pc.
NUMBER OF STRUTS FEET : 250 pc.
CIRCULAR ENTRIES : 1 pc.
TOP VENT : 3 pc.
ZIP VENT : 2 pc.
INSTALLATION TIME : 3-4 h
DEINSTALLATION TIME : 1,5-2 h
FLOOR AREA : 50 m2
DIAMETER : 8 m
HEIGHT : 4 m
COVER SURFACE : 100 m2
VOLUME : 129 m³
COVER WEIGHT : 93 kg
FRAME WEIGHT : 320 kg
WIND/SNOW LOAD : 150kg/m2
COMPLETE PACKAGE WEIGHT : 440 kg
PACKAGE TYPE : Euro pallets 2 pc.
Technical Data &
Specification
“ICODOME50 F4“ PRODUCT ARCHITECTURE
TOP vent
ZIP vent
www.geodomas.eu
info@geodomas.eu
8. TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS : 6pc.
NUMBER OF STRUTS FEET : 104pc.
CIRCULAR POLYESTER ENTRIES : 1 pc.
TOP WENT : 2 pc.
ZIP WENT : 1 pc.
INSTALLATION TIME : 2-3 h
DEINSTALLATION TIME : 1-1,5 h
FLOOR AREA : 79 m2
DIAMETER : 10 m
HEIGHT : 5 m
COVER SURFACE : 152 m2
VOLUME : 238m³
COVER WEIGHT : 140 kg
FRAME WEIGHT: 240 kg
WIND/SNOW LOAD: 120kg/m2
COMPLETE PACKAGE WEIGHT: 400 kg
PACKAGE TYPE: Euro pallets 1 pc.
“OCTADOME79 F4“ PRODUCT ARCHITECTURE
TOP vent
ZIP vent
GEODESIC EVENT DOME STRUCTURE
OCTADOME79 F4
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
9. TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS : 9pc.
NUMBER OF STRUTS FEET : 228pc.
CIRCULAR POLYESTER ENTRIES : 1 pc.
TOP WENT : 3 pc.
ZIP WENT : 2 pc.
INSTALLATION TIME : 3-5 h
DEINSTALLATION TIME : 2-3 h
FLOOR AREA : 95 m2
DIAMETER : 11 m
HEIGHT : 5,5 m
COVER SURFACE : 190 m2
VOLUME : 270m³
COVER WEIGHT : 170 kg
FRAME WEIGHT: 430 kg
WIND/SNOW LOAD: 120kg/m2
COMPLETE PACKAGE WEIGHT: 620 kg
PACKAGE TYPE: Euro pallets 2 pc.
“OCTADOME95 F6“ PRODUCT ARCHITECTURE
TOP vent
ZIP vent
GEODESIC EVENT DOME STRUCTURE
OCTADOME95 F6
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
10. ICODOME 95m2 :: WARSZAWA, Poland
Manufacture
& Building
GEODESIC DOMES FOR EVENTS
www.geodomas.eu
info@geodomas.eu
11. GEODESIC EVENT DOME STRUCTURE
ICODOME 95 F4
TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS : 6pc.
NUMBER OF STRUTS FEET : 250 pc.
CIRCULAR ENTRIES : 1 pc.
TOP VENT : 3 pc.
ZIP VENT : 2 pc.
INSTALLATION TIME : 5-7 h
DEINSTALLATION TIME : 3-4 h
FLOOR AREA : 95 m2
DIAMETER : 11 m
HEIGHT : 5,5 m
COVER SURFACE : 190 m2
VOLUME : 290 m³
COVER WEIGHT : 170 kg
FRAME WEIGHT : 530 kg
WIND/SNOW LOAD : 150kg/m2
COMPLETE PACKAGE WEIGHT : 440 kg
PACKAGE TYPE : Euro pallets 2 pc.
Technical Data &
Specification
“ICODOME 95 F4“ PRODUCT ARCHITECTURE
TOP vent
ZIP vent
www.geodomas.eu
info@geodomas.eu
12. TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS : 9pc.
NUMBER OF STRUTS FEET : 228pc.
CIRCULAR POLYESTER ENTRIES : 1 pc.
TOP WENT : 3 pc.
ZIP WENT : 2 pc.
INSTALLATION TIME : 4-6 h
DEINSTALLATION TIME : 2-3 h
FLOOR AREA : 133 m2
DIAMETER : 13 m
HEIGHT : 6,5 m
COVER SURFACE : 265 m2
VOLUME : 480m³
COVER WEIGHT : 250 kg
FRAME WEIGHT: 670 kg
WIND/SNOW LOAD: 120kg/m2
COMPLETE PACKAGE WEIGHT: 1100 kg
PACKAGE TYPE: Euro pallets 2 pc.
“OCTADOME133 F6“ PRODUCT ARCHITECTURE
TOP vent
ZIP vent
GEODESIC EVENT DOME STRUCTURE
OCTADOME133 F6
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
13. TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS: 6pc.
NUMBER OF STRUTS FEET: 250 pc.
CIRCULAR POLYESTER ENTRIES : 1 pc.
TOP WENT : 3 pc.
ZIP WENT : 2 pc.
INSTALLATION TIME : 5-8 h
DEINSTALLATION TIME : 1,5-3 h
FLOOR AREA : 154 m2
DIAMETER : 14 m
HEIGHT : 5 m
COVER SURFACE : 245 m2
VOLUME : 555 m³
COVER WEIGHT : 220 kg
FRAME WEIGHT: 920kg
WIND/SNOW LOAD: 120kg/m2
COMPLETE PACKAGE WEIGHT: 1200 kg
PACKAGE TYPE: Euro pallets 3 pc.
ICODOME154 F4 LOW PRODUCT ARCHITECTURE
TOP vent
ZIP vent
NAMIOTY EWENTOWE
Specjaliści z branży
VIP NAMIOTY EWENTOWE
ICODOME 154 F4 LOW
GEODESIC EVENT DOME STRUCTURE
ICODOME154 F4 LOW
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
14. TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized steel, EN 10240
NUMBER OF DIFFERENT STRUTS : 9pc.
NUMBER OF STRUTS FEET : 228pc.
CIRCULAR POLYESTER ENTRIES : 1 pc.
TOP WENT : 3 pc.
ZIP WENT : 2 pc.
INSTALLATION TIME : 5-8 h
DEINSTALLATION TIME : 2-4 h
FLOOR AREA : 154 m2
DIAMETER : 14 m
HEIGHT : 7 m
COVER SURFACE : 308 m2
VOLUME : 689m³
COVER WEIGHT : 280 kg
FRAME WEIGHT: 870 kg
WIND/SNOW LOAD: 120kg/m2
COMPLETE PACKAGE WEIGHT: 1300 kg
PACKAGE TYPE: Euro pallets 3 pc.
“OCTADOME154 F6“ PRODUCT ARCHITECTURE
TOP vent
ZIP vent
GEODESIC EVENT DOME STRUCTURE
OCTADOME154 F6
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
15. ICODOME 170m2 :: BARCELONA, Spain
Manufacture
& Building
GEODESIC DOMES FOR EVENTS
www.geodomas.eu
info@geodomas.eu
16. TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS : 20pc.
NUMBER OF STRUTS FEET : 400pc.
CIRCULAR POLYESTER ENTRIES : 2 pc.
TOP WENT : 4 pc.
ZIP WENT : 3 pc.
INSTALLATION TIME : 6-9 h
DEINSTALLATION TIME : 3-5 h
FLOOR AREA : 177 m2
DIAMETER : 15 m
HEIGHT : 7,5 m
COVER SURFACE : 353 m2
VOLUME : 780m³
COVER WEIGHT : 320 kg
FRAME WEIGHT: 1200kg
WIND/SNOW LOAD: 120kg/m2
COMPLETE PACKAGE WEIGHT: 2000 kg
PACKAGE TYPE: Euro pallets 5 pc.
“OCTADOME177 F8“ PRODUCT ARCHITECTURE
TOP vent
ZIP vent
GEODESIC EVENT DOME STRUCTURE
OCTADOME177 F8
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
17. TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS: 6pc.
NUMBER OF STRUTS FEET: 250 pc.
CIRCULAR POLYESTER ENTRIES : 1 pc.
TOP WENT : 3 pc.
ZIP WENT : 2 pc.
INSTALLATION TIME : 5-8 h
DEINSTALLATION TIME : 1,5-3 h
FLOOR AREA : 201m2
DIAMETER : 16 m
HEIGHT : 5,5 m
COVER SURFACE : 293 m2
VOLUME : 835 m³
COVER WEIGHT : 280 kg
FRAME WEIGHT: 1400kg
WIND/SNOW LOAD: 120kg/m2
COMPLETE PACKAGE WEIGHT: 1200 kg
PACKAGE TYPE: Euro pallets 4pc.
ICODOME201 F6 LOW PRODUCT ARCHITECTURE
TOP vent
ZIP vent
GEODESIC EVENT DOME STRUCTURE
ICODOME201 F6 LOW
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
18. TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS : 20pc.
NUMBER OF STRUTS FEET : 400pc.
CIRCULAR POLYESTER ENTRIES : 2 pc.
TOP WENT : 4 pc.
ZIP WENT : 3 pc.
INSTALLATION TIME : 7-10 h
DEINSTALLATION TIME : 4-6 h
FLOOR AREA : 201 m2
DIAMETER : 16 m
HEIGHT : 8 m
COVER SURFACE : 402 m2
VOLUME : 1047m³
COVER WEIGHT : 390 kg
FRAME WEIGHT: 1650kg
WIND/SNOW LOAD: 120kg/m2
COMPLETE PACKAGE WEIGHT: 2200 kg
PACKAGE TYPE: Euro pallets 5 pc.
“OCTADOME201 F8“ PRODUCT ARCHITECTURE
TOP vent
ZIP vent
16m
GEODESIC EVENT DOME STRUCTURE
OCTADOME201 F8
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
19. GEODESIC EVENT DOME STRUCTURE
ICODOME201 F6
TECHNICAL DATA
COVER : PVC-coated polyester textile
670gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS : 9pc.
NUMBER OF STRUTS FEET : 555 pc.
CIRCULAR ENTRIES : 2 pc.
TOP VENT : 5 pc.
ZIP VENT : 3 pc.
INSTALLATION TIME : 7-10 h
DEINSTALLATION TIME : 5-6 h
FLOOR AREA : 201 m2
DIAMETER : 16 m
HEIGHT : 8 m
COVER SURFACE : 400 m2
VOLUME : 1050 m³
COVER WEIGHT : 370 kg
FRAME WEIGHT : 900 kg
WIND/SNOW LOAD : 150kg/m2
COMPLETE PACKAGE WEIGHT : 1270 kg
PACKAGE TYPE : Euro pallets 4 pc.
Technical Data &
Specification
“ICODOME201 F6“ PRODUCT ARCHITECTURE
TOP vent
ZIP vent
www.geodomas.eu
info@geodomas.eu
20. TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS: 9pc.
NUMBER OF STRUTS FEET: 555 pc.
CIRCULAR POLYESTER ENTRIES : 1 pc.
TOP WENT : 5 pc.
ZIP WENT : 3 pc.
INSTALLATION TIME : 6-8 h
DEINSTALLATION TIME : 2-4 h
FLOOR AREA : 201m2
DIAMETER : 16 m
HEIGHT : 5,5 m
COVER SURFACE : 293 m2
VOLUME : 835 m³
COVER WEIGHT : 280 kg
FRAME WEIGHT: 1400kg
WIND/SNOW LOAD: 120kg/m2
COMPLETE PACKAGE WEIGHT: 1600 kg
PACKAGE TYPE: Euro pallets 5 pc.
ICODOME254 F6 LOW PRODUCT ARCHITECTURE
TOP vent
ZIP vent
GEODESIC EVENT DOME STRUCTURE
ICODOME254 F6 LOW
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
21. TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS : 20pc.
NUMBER OF STRUTS FEET : 400pc.
CIRCULAR POLYESTER ENTRIES : 2 pc.
TOP WENT : 4 pc.
ZIP WENT : 3 pc.
INSTALLATION TIME : 8-11 h
DEINSTALLATION TIME : 5-7 h
FLOOR AREA : 254 m2
DIAMETER : 18m
HEIGHT : 9 m
COVER SURFACE : 509 m2
VOLUME : 1450m³
COVER WEIGHT : 480 kg
FRAME WEIGHT: 1800kg
WIND/SNOW LOAD: 120kg/m2
COMPLETE PACKAGE WEIGHT: 3000 kg
PACKAGE TYPE: Euro pallets 6 pc.
“OCTADOME254 F8“ PRODUCT ARCHITECTURE
TOP vent
ZIP vent
GEODESIC EVENT DOME STRUCTURE
OCTADOME254 F8
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
22. TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS: 9pc.
NUMBER OF STRUTS FEET: 555 pc.
CIRCULAR POLYESTER ENTRIES : 1 pc.
TOP WENT : 5 pc.
ZIP WENT : 3 pc.
INSTALLATION TIME : 8-9 h
DEINSTALLATION TIME : 3-5 h
FLOOR AREA : 314m2
DIAMETER : 20 m
HEIGHT : 7 m
COVER SURFACE : 447 m2
VOLUME : 1641 m³
COVER WEIGHT : 420 kg
FRAME WEIGHT: 1600kg
WIND/SNOW LOAD: 120kg/m2
COMPLETE PACKAGE WEIGHT: 2000 kg
PACKAGE TYPE: Euro pallets 5 pc.
ICODOME314 F6 LOW PRODUCT ARCHITECTURE
TOP vent
ZIP vent
GEODESIC EVENT DOME STRUCTURE
ICODOME314 F6 LOW
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
23. TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS : 20pc.
NUMBER OF STRUTS FEET : 400pc.
CIRCULAR POLYESTER ENTRIES : 2 pc.
TOP WENT : 4 pc.
ZIP WENT : 3 pc.
INSTALLATION TIME : 9-11 h
DEINSTALLATION TIME : 6-7 h
FLOOR AREA : 314 m2
DIAMETER : 20m
HEIGHT : 10 m
COVER SURFACE : 628 m2
VOLUME : 2050m³
COVER WEIGHT : 595 kg
FRAME WEIGHT: 2300kg
WIND/SNOW LOAD: 120kg/m2
COMPLETE PACKAGE WEIGHT: 3200 kg
PACKAGE TYPE: Euro pallets 7 pc.
“OCTADOME314 F8“ PRODUCT ARCHITECTURE
TOP vent
ZIP vent
GEODESIC EVENT DOME STRUCTURE
ICODOME314 F8
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
24. ICODOME 314/133m2 :: JUSINE, Lithuania
Manufacture
& Building
GEODESIC DOMES FOR EVENTS
www.geodomas.eu
info@geodomas.eu
25. GEODESIC EVENT DOME STRUCTURE
ICODOME314 F6
TECHNICAL DATA
COVER : PVC-coated polyester textile
670gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS : 9pc.
NUMBER OF STRUTS FEET : 555 pc.
CIRCULAR ENTRIES : 2 pc.
TOP VENT : 5 pc.
ZIP VENT : 3 pc.
INSTALLATION TIME : 12-15 h
DEINSTALLATION TIME : 8-10 h
FLOOR AREA : 314 m2
DIAMETER : 20 m
HEIGHT : 10 m
COVER SURFACE : 628 m2
VOLUME : 2700 m³
COVER WEIGHT : 550 kg
FRAME WEIGHT : 1500 kg
WIND/SNOW LOAD : 150kg/m2
COMPLETE PACKAGE WEIGHT : 2300 kg
PACKAGE TYPE : Euro pallets 8 pc.
Technical Data &
Specification
“ICODOME314 F6“ PRODUCT ARCHITECTURE
TOP vent
ZIP vent
www.geodomas.eu
info@geodomas.eu
26. ICODOME 314/50m2 :: CONFERENCE CENTRUM, BAKU, AR
Manufacture
& Building
GEODESIC DOMES FOR EVENTS
www.geodomas.eu
info@geodomas.eu
27. TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS: 100pc.
NUMBER OF STRUTS FEET: 980 pc.
CIRCULAR POLYESTER ENTRIES : 2 pc.
TOP WENT : 5 pc.
ZIP WENT : 3 pc.
INSTALLATION TIME : 15-20 h
DEINSTALLATION TIME : 5-8 h
FLOOR AREA : 409m2
DIAMETER : 25 m
HEIGHT : 8,2 m
COVER SURFACE : 717 m2
VOLUME : 2800 m³
COVER WEIGHT : 650 kg
FRAME WEIGHT: 2500kg
WIND/SNOW LOAD: 120kg/m2
COMPLETE PACKAGE WEIGHT: 4000 kg
PACKAGE TYPE: Euro pallets 9 pc.
ICODOME490 F8 LOW PRODUCT ARCHITECTURE
TOP vent
ZIP vent
GEODESIC EVENT DOME STRUCTURE
ICODOME490 F8
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
28. ICODOME450m2 LOW :: RODEO DOME, LEDZINY, POLAND
GEODESIC DOMES FOR EVENTS
Manufacture
& Building
www.geodomas.eu
info@geodomas.eu
29. TECHNICAL DATA
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1, M2
TRANSPARENT WINDOW : PVC- polyester
textile 0,5mm EN ISO 2286-2
MATERIAL FOR STRUTS PRODUCTION :
Galvanized Steel Tube EN 10240
NUMBER OF DIFFERENT STRUTS: 100pc.
NUMBER OF STRUTS FEET: 980 pc.
CIRCULAR POLYESTER ENTRIES : 2 pc.
TOP WENT : 5 pc.
ZIP WENT : 3 pc.
INSTALLATION TIME : 19-24 h
DEINSTALLATION TIME : 7-9 h
FLOOR AREA : 707m2
DIAMETER : 30 m
HEIGHT : 10 m
COVER SURFACE : 1042 m2
VOLUME : 5240 m³
COVER WEIGHT : 920 kg
FRAME WEIGHT: 3200 kg
WIND/SNOW LOAD: 120kg/m2
COMPLETE PACKAGE WEIGHT: 5800 kg
PACKAGE TYPE: Euro pallets 12 pc.
ICODOME707 F8 LOW PRODUCT ARCHITECTURE
TOP vent
ZIP vent
GEODESIC EVENT DOME STRUCTURE
ICODOME707 F8 LOW
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
30. ICODOME707 LOW/50/28 :: ZOOSAFARI, BORYSEW, POLAND
GEODESIC DOMES FOR EVENTS
Manufacture
& Building
www.geodomas.eu
info@geodomas.eu
31. TECHNICAL DATA
Structures GEODOMAS EVENTS DOMES are standard equipment from
the base to the summit, and the individual elements of the structure are
connected with one screw at nodes 5-spoke and 6-spoke.
Skeleton versions: stainless steel tube AISI or galvanized steel
(standard). Both variants can be additionally painted in the color. The
diameters of the tubes are selected according to the size of the structure
with an additional load.
Our USED node is characterized by a much shorter assembly and
disassembly, while retaining the extremely rigid structure.
The system quickly mounted components
GEODESIC EVENT DOME STRUCTURE
ONE BOLT HUB
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
ONE BOLT HUB
PRO HUB SYSTEM
32. TECHNICAL DATA
LARGE Structures GEODOMAS EVENTS DOMES are standard equipment
from the base to the summit, and the individual elements of the
structure are connected with hard hub at nodes 5-spoke and 6-spoke.
Skeleton versions: galvanized steel (standard). Both variants can be
additionally painted in the color. The diameters of the tubes are selected
according to the size of the structure with an additional load.
Our USED HARD HUB is characterized by a much shorter assembly and
disassembly, while retaining the extremely rigid large structure.
HUB FOR LARGE STRUCTURES
GEODESIC EVENT DOME STRUCTURE
HARD TYPE HUB FOR EVENTS DOMES
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
33. TRANSPORT BAGS
GEODESIC EVENT DOME STRUCTURE
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
HARD BOX
34. TECHNICAL DATA
Membranes used to cover GEODOMAS EVENTS DOMES structures are manufactured from
highest quality materials from renowned European producers. All membranes are certified
and their quality and performance are in line with European standards. All fabrics have
certifications to fire-retardancy (such as M2 and B2).
The membranes are highly durable, made of polyester fabric, which are easy to keep clean
and resistant to scratches. Membranes can be all white or in any desired RAL color.
Cover with transparent fronts: A cover with transparent front section, which creates a
preview of domes interior and a perspective for those who are inside the dome. It is visually
attractive solution encouraging to enter the spherical area. In addition the transparent front
provides the natural sunlight inside the dome.
With the application of nontransparent front material it allows to create a complete
darkness inside the dome, even during the day. Additionally due to 3-layered membrane
structure, the opaque cover has higher thermal insulation properties and prevents the
structure from overheating during sunny days.
Membranes for Event domes cover
500-1000 gr/m2
GEODESIC EVENT DOME STRUCTURE
Membranes for cover
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
35. Multilayer wall for EVENT Domes
GEODESIC DOME STRUCTURES
Multilayer wall
Double window membrane
Mobile Domes
www.geodomas.eu
info@geodomas.eu
36. TECHNICAL DATA
Thermo Membrane is the first thin, multi-reflector, multi-layer insulation system with all surfaces fully
thermally welded together. Thermo Membrane provides an almost impenetrable barrier against
infrared radiation in both summer and winter.
Thermo Membranes
GEODESIC DOME STRUCTURES
Thermo Membranes Heading ant Condition
Mobile Domes
www.geodomas.eu
info@geodomas.eu
thickness +/- 7 mm
Number of layers of aluminum 2
The thickness of the polyethylene foam -
Thickness ext. a layer of polyethylene 30 μm
occasion +/-550 g/m2
Tear resistance 1.000 kg/m2
R [m2 K/W] R= 2,639 m2 K/W
Impact sound ΔLw = 26 dB
The scope of work temperature - 40°C - +80°C
37. TECHNICAL DATA
The problem of noise generated within the closed space can be particularly
acute, but several practical solutions do exist. The use of textiles for noise
reduction is based on two major advantages of these membrane.
Membrane that reduce the acoustic energy of a sound wave as the wave
passes through it by the phenomenon of absorption are called sound
absorptive materials.
Decorative membrane, create the whole interior environment of any home
decides the comfort, utility of space and the level of effect on one's psyche.
Interior decorative acoustic Membrane
GEODESIC DOME STRUCTURES
Interior acoustic Membrane
Mobile Domes
www.geodomas.eu
info@geodomas.eu
38. TECHNICAL DATA
Ground Screws are a high performance solution to all your ground
anchor needs. They are precisely adjustable, storm proof, suitable for all
types of ground, resonably priced and easy to remove and re-use.
The Ground Screws are installed, using a number of different screwing
aids and machines. Perfectly perpendicular and at the exact point in a
matter of minutes. This new screw - in foundation system is not only
suitable for natural ground, but also for dense, and even tarred surfaces.
Applications are countless, from securing garden umbrellas, windy
dryers and fences; to carports, flag poles and traffic signs. Solar panel
systems, advertising boards and even outdoor buildings for events and
expositions are quickly and easily erected and removed.
Ground Screws for mobile domes
GEODESIC EVENT DOME STRUCTURE
Ground Screws
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
39. GEODESIC EVENT DOME STRUCTURE
TOP & ZIP VET SYSTEM
TECHNICAL DATA
ZIP VENT INFORMATION
MATERIAL : PVC-coated polyester textile
630gr/m2
DIMENSION : By dome triangle type
LOCK SYSTEM : PVC zipper
ADDONS : Mosquito nets
TOP VET INFORMATION
MATERIAL : PVC has exceptional
chemical resistance, excellent electrical
and thermal insulation properties.
DIAMETR : 0,45m
HEIGHT : 0,30m
WEIGHT : 0,5 kg
ADDONS : Mosquito nets
TOP & ZIP VENTILATION ADDONS
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
40. GEODESIC EVENT DOME STRUCTURE
STANDART PVC DOOR
TECHNICAL DATA
MATERIAL : PVC-coated polyester textile
630gr/m2
LOCK SYSTEM : PVC zipper
ADDONS : Mosquito nets
MATERIAL : PVC has exceptional
chemical resistance, excellent electrical
and thermal insulation properties.
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102
B1, M2
ROUND DIAMETR : 2,38m
STANDART PVC MEMBRANE DOOR SYSTEM
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
41. GEODESIC EVENT DOME STRUCTURE
Circular Entry & Doors
TECHNICAL DATA
CIRCULIAR FRAME INFORMATION
FRAME : Stainless steel, powder-coated
white color
COVER : PVC-coated polyester textile
630gr/m2, flame retardant to DIN 4102 B1,
M2
ROUND DIAMETR : 2,38m
WEIGHT : 20 kg
DOOR INFORMATION
PROFILES : 4-chamber PVC door with
double door systems to northern
European conditions
FILLER : 25mm white plate
HEIGHT : 2m
WIDTH : 1m
WEIGHT : 36 kg
LOCK SYSTEM : Winkhaus door locking
systems
FIXED CIRCULIAR ENTRY FOR EVENTS TYPE DOMES
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
42. Mobile Floor An innovative flooring system is characterised by exceptional durability and
quick assembly.
Stable base for every event
Mobile Floor is based on a steel frame that maps the shape of the perimeter of the tent
and is fixed with the structure of the dome. The floor itself serves as ballast and reduces to
minimum the amount of additional weight required to keep the structure down.
Safety and functionality
Entire construction is protected against corrosion by zinc coating. Floor surface is made of
waterproof plywood with anti-slippery layer in brown or gray colour. Plywood is produced
using materials that meet European standards for fire-retardancy.
Solid mounting on the ground
The system enables mounting of the dome structure to the ground with steel pegs or with
ballast weights located beneath the surface of the floor, which excludes the use of
unaesthetic loads outside the dome.
ROUND FLOOR SYSTEM
GEODESIC EVENT DOME STRUCTURE
MOBILE FLOOR SYSTEM
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
43. TECHNICAL DATA
Raised floor (double floor) used when are no possibilities to install vent shafts, wires and
other electricity elements into the walls or ceiling. They are very useful where a technical
flexibility is needed.
Fully reachable subterranean spaces let easily put electric and hydraulic equipment without
using any stonework. Due to it's mobillity, became very easy to plan new work places with
phone lines, computers and lighting.
The raised floor for interiors has been specially designed to provide a rational answer to the
continual need for the flexibility required by technological innovation in places where there
is a high concentration of process plant, like offices, data processing centers and the
advanced services-producing sector.
Double floor refers tothe floor to raise the 30 cm and their control + / - 25 mm. above the
existing floors of electric, machine, semiconductor handling room and offices. Due to its
height, various electric and communication wires may be installed in between the floors
without extra installation of pipes and wire trays. ISO 9001 / ISO 14001
Raised floor system offers impressive in-built properties and truly state-of-the-art technology
GEODESIC EVENT DOME STRUCTURE
Raised floor
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
44. Fulldome cinema has become increasingly popular in recent years because
advances in projection technology and dome construction have made
fulldome cinema more accessible to a broader range of applications.
We is delivering scalable immersive fulldome cinema solutions and also
provides fullservice from concept development, movie consulting, design to
installation, technical and event support and maintenance. Fixed installations
as well as rental solutions for many different applications are available:
Events and Trade Shows
Theme Parks, Amusement Parks
Planetariums, Science Centers
Visitor Centers
Simulation and Training
BASE DOME PROJECTION
GEODESIC EVENT DOME STRUCTURE
DOME PROJECTION
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
45. Structural frame is extremely stable and robust, allowing the suspension of
A/V equipment in the form of lamps, projectors and sound systems.
At the request of our Customers, we can provide domes with a full audio and
lighting equipment.
The entire equipment may be fixed to circular or straight trusses attached to
structure’s knots, which is an aesthetic and functional solution.
Both trusses and knots may be used to suspend any type of equipment,
banners, projection screens allowing unlimited possibilities of space use. Our
large structures are designed to handle up to additional 1500 kg weight loads.
WIDE RANGE OF OPTIONS
GEODESIC EVENT DOME STRUCTURE
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu
46. DOME SHAPED MOBILE ESTRADA
GEODESIC EVENT DOME STRUCTURE
Technical Data &
Specification
www.geodomas.eu
info@geodomas.eu