This document discusses shore protection, which refers to guarding construction sites near bodies of water by inserting steel or concrete piles into the ground. It describes the purpose of shore protection for supporting large buildings and roads, and outlines the pile installation process, including digging pits, setting piles, constructing tie beams, and adding horizontal joists. Issues like expenses, noise, and difficulty in casting are discussed as drawbacks. The document also notes that shore piling is particularly important in Bangladesh due to soft soil conditions and low bearing capacity requiring deep foundations to support heavy structures.
This document discusses several theories of urban modelling including the Burgess model of urban land use, the multiple nuclei model, and bid-rent theory. It also addresses factors that influence urban segregation such as family life cycle, quality of life, ethnicity, crime rates, and perceived security. Examples are provided of segregation in cities like Belfast, New York, and San Francisco. Characteristics of slums are defined and their stages of development described. Maps show patterns of urban land use in cities like Manhattan, San Francisco, and patterns of urbanization and sprawl in the San Francisco Bay Area.
Site planning in Architectural Projects- Principles and ApproachesJitKumarGupta1
Presentation tries to showcase the relevance of site planning in the architectural projects, impact of site plan on designing buildings, process to be followed and principles to be kept in mind while evolving site plans. Presentation also makes an attempt to explain and detail out the role of site and factors to be considered while evaluating any site.
Sir Ebenezer Howard was a pioneer of town planning who developed the concept of the garden city. He was influenced by the overcrowding and poor conditions he witnessed in cities like London and Chicago. Howard proposed that towns and countryside each had benefits and drawbacks, but that a new type of settlement combining their advantages could be created. This was the garden city - a self-contained community surrounded by greenbelt land, with proportionate areas for housing, industry and agriculture. The first examples of garden cities were Letchworth and Welwyn, which aimed to provide the benefits of both urban and rural living.
The document discusses public open space and relevant legislation in the Philippines. It notes that definitions of public open space can focus on use or land type. The national government establishes national parks and reserves. Several national laws address open space, including those creating wildlife commissions and defining open space in subdivision development. The Local Government Code requires local plans addressing land use and zoning. However, no laws prescribe where, how much, or how open spaces should be developed, designed, or managed. The document outlines several ways public open spaces should be integrated into the urban landscape to provide benefits.
This document discusses the design and construction of a post-tensioned concrete slab. It begins with objectives to summarize experience with post-tensioning in building construction and discuss design and construction of post-tensioned flat slab structures. It then provides details on prestressed concrete principles, design of the PT slabs including thickness determination and prestress calculations, and execution steps like formwork, concrete pouring, prestressing, and grouting. Post-tensioning offers advantages over reinforced concrete like longer spans, thinner slabs, and improved seismic performance.
Doxiadis : Ekistics the science of human settlementHemant Mishra
The document discusses Constantinos Doxiadis and his theory of Ekistics, which is the science of human settlements. Doxiadis believed that populations and energy use in cities would greatly increase in the future. He proposed that all of humanity would eventually live in a single massive "Ecumenopolis," or worldwide city. Doxiadis developed a framework for classifying and understanding the relationships between different elements and scales of human settlements, from individual homes to global urbanization. A key aspect of his theory was that future cities must be planned to accommodate continued population growth and expansion.
This lecture discusses the temporal dimension of urban design. Urban design is four-dimensional, with time being the fourth dimension. We experience time in cities through rhythmic repetition of daily and seasonal cycles, as well as through progressive change over long periods. Urban spaces are used differently at various times of day and seasons. Understanding temporal patterns of activity can help designers facilitate more effective use of public spaces.
This document discusses shore protection, which refers to guarding construction sites near bodies of water by inserting steel or concrete piles into the ground. It describes the purpose of shore protection for supporting large buildings and roads, and outlines the pile installation process, including digging pits, setting piles, constructing tie beams, and adding horizontal joists. Issues like expenses, noise, and difficulty in casting are discussed as drawbacks. The document also notes that shore piling is particularly important in Bangladesh due to soft soil conditions and low bearing capacity requiring deep foundations to support heavy structures.
This document discusses several theories of urban modelling including the Burgess model of urban land use, the multiple nuclei model, and bid-rent theory. It also addresses factors that influence urban segregation such as family life cycle, quality of life, ethnicity, crime rates, and perceived security. Examples are provided of segregation in cities like Belfast, New York, and San Francisco. Characteristics of slums are defined and their stages of development described. Maps show patterns of urban land use in cities like Manhattan, San Francisco, and patterns of urbanization and sprawl in the San Francisco Bay Area.
Site planning in Architectural Projects- Principles and ApproachesJitKumarGupta1
Presentation tries to showcase the relevance of site planning in the architectural projects, impact of site plan on designing buildings, process to be followed and principles to be kept in mind while evolving site plans. Presentation also makes an attempt to explain and detail out the role of site and factors to be considered while evaluating any site.
Sir Ebenezer Howard was a pioneer of town planning who developed the concept of the garden city. He was influenced by the overcrowding and poor conditions he witnessed in cities like London and Chicago. Howard proposed that towns and countryside each had benefits and drawbacks, but that a new type of settlement combining their advantages could be created. This was the garden city - a self-contained community surrounded by greenbelt land, with proportionate areas for housing, industry and agriculture. The first examples of garden cities were Letchworth and Welwyn, which aimed to provide the benefits of both urban and rural living.
The document discusses public open space and relevant legislation in the Philippines. It notes that definitions of public open space can focus on use or land type. The national government establishes national parks and reserves. Several national laws address open space, including those creating wildlife commissions and defining open space in subdivision development. The Local Government Code requires local plans addressing land use and zoning. However, no laws prescribe where, how much, or how open spaces should be developed, designed, or managed. The document outlines several ways public open spaces should be integrated into the urban landscape to provide benefits.
This document discusses the design and construction of a post-tensioned concrete slab. It begins with objectives to summarize experience with post-tensioning in building construction and discuss design and construction of post-tensioned flat slab structures. It then provides details on prestressed concrete principles, design of the PT slabs including thickness determination and prestress calculations, and execution steps like formwork, concrete pouring, prestressing, and grouting. Post-tensioning offers advantages over reinforced concrete like longer spans, thinner slabs, and improved seismic performance.
Doxiadis : Ekistics the science of human settlementHemant Mishra
The document discusses Constantinos Doxiadis and his theory of Ekistics, which is the science of human settlements. Doxiadis believed that populations and energy use in cities would greatly increase in the future. He proposed that all of humanity would eventually live in a single massive "Ecumenopolis," or worldwide city. Doxiadis developed a framework for classifying and understanding the relationships between different elements and scales of human settlements, from individual homes to global urbanization. A key aspect of his theory was that future cities must be planned to accommodate continued population growth and expansion.
This lecture discusses the temporal dimension of urban design. Urban design is four-dimensional, with time being the fourth dimension. We experience time in cities through rhythmic repetition of daily and seasonal cycles, as well as through progressive change over long periods. Urban spaces are used differently at various times of day and seasons. Understanding temporal patterns of activity can help designers facilitate more effective use of public spaces.
Construction report (boq, wbs, reports, evm)Hamza Waheed
This document provides a construction report for a multi-story commercial building called Makki Complex in Lahore, Pakistan. It includes an introduction to the project, divisions of work, estimations, project management team, and schedules. The building has civil works like excavation and drainage, structural works like concrete and steel, and architectural, mechanical, and electrical works. Project funding comes from Makki Enterprises and is divided between construction, administration, and other costs. The project manager oversees the project while the construction manager coordinates site execution.
The document discusses tensile structures, which are buildings that rely on tension in components like cables and fabrics to bear loads. Tensile structures include boundary tensioned membranes, pneumatic structures, and pre-stressed cable nets. They have been used historically in structures like yurts and the Colosseum roof. Tensile structures take saddle, mast-supported, arch-supported, and combination forms. Key components are membranes, bale rings, plates, and specialized hardware. Advantages include long lifecycles, reusability, recyclability, and unique designs, while disadvantages include lack of rigidity and danger if tension is lost.
Diaphragm walls are underground retaining walls constructed using trench excavation supported by bentonite slurry. The process involves constructing guide walls, excavating a trench, installing reinforcement cages, and concreting. Diaphragm walls provide lateral support during deep excavations, serve as basement walls, and provide a water cutoff. They are suitable for use in congested areas and unstable soil below the water table.
This document discusses prestressed concrete and provides details on:
- The definition and principle of prestressing concrete by applying compression prior to external loads
- Common prestressing methods like hydraulic, mechanical, electrical, and chemical prestressing
- Tests conducted on prestressed concrete components like post-tensioned splices and cast-in-place splices
- Advantages of prestressed concrete like reduced materials and increased strength
- Applications in bridges, buildings, water tanks, and more
- A case study on widening the Harrods Creek Arch Bridge using prestressed concrete
The document summarizes an industrial training report on the construction of a multistoried building. It describes two multistoried residential projects - Verna and Tana constructed by SI Property. Key details include the foundations using pile foundations and raft foundations, concrete mixes used, and reinforcement details of columns, beams and slabs. Amenities provided in the projects like parking, fitness center, kids play area are also mentioned. The report also provides information on new building materials seen during a visit to another project GIE Asteria, including Siporex blocks, Weber glue and fiberglass mesh.
Lift slab construction is a method of building concrete structures by casting floor or roof slabs on top of previous slabs and then lifting them into place with hydraulic jacks, making it cheaper and faster than traditional cast-in-place construction. Powerful jacks lift the cured slabs into position while ensuring even lifting at all points. This method is most effective for buildings with uniform, repetitive floor plans up to around 16 stories tall.
- Le Corbusier was an influential 20th century architect and pioneer of modern architecture. He developed principles like pilotis and roof gardens.
- His 1925 plan for the Radiant City proposed vertical housing blocks surrounded by green space, with strict zoning and an emphasis on transportation. It aimed to provide a better urban lifestyle.
- Though never fully realized, the Radiant City influenced modern planning with its high-density approach. Le Corbusier later applied these principles to his master plan for Chandigarh, India in the 1950s.
The document summarizes studies of urban stream revitalization projects in Kuala Lumpur, Malaysia and Seoul, South Korea. For Kuala Lumpur's Klang River, issues included pollution and declining use. The River of Life program aims to clean the river and develop its banks to increase economic activity. In Seoul, the Cheonggyecheon Stream was buried due to development but was restored in 2005. This reduced flooding, traffic, and pollution while boosting property values and tourism. Both projects show how revitalizing urban streams can improve the environment, economy and livability of cities.
Sir Ebenezer Howard was the founder of the garden city movement. He published "Garden Cities of To-morrow" in 1898, which proposed the creation of new towns surrounded by greenbelts that blended the benefits of urban and rural living. The first garden cities built based on Howard's principles were Letchworth and Welwyn in England in the early 1900s. Garden cities emphasized planned development, environmental quality, and strong community.
DOXIADIS
HUMAN SETTLEMENT AND PLANING
CONSTANTINOS APOSTOLOU DOXIADIS
THEORY OF EKISTICS
Minor shells- Micro-settlements- Meso-settlements- Macro-settlements-Ekistics Logarithm Scale:-
BY EVOLUNITARY PHASE
BY FACTOR AND DISCIPLINE
CASE STUDY: ISLAMABAD
Master Plan
Comparison of Land cover
CONCEPT OF CITY PLANNING
ROAD NETWORK & HIERARCHY
ROAD NETWORK & TRANSPORT
HOUSES AND STREET PATTERN
GRID SYSTEM
CURRENT CHALLENGES FACED BY THE CITY
The John Hancock Tower is a 60-story, 790-foot skyscraper located in Boston, Massachusetts. It was designed by Henry N. Cobb of I.M. Pei & Partners and completed in 1976. At the time, it was the tallest building in Boston and remains the tallest in New England. Construction was delayed from 1971 to 1976 and costs increased from an estimated $75 million to $175 million due to issues with the innovative use of large windowpanes that detached from the building in high winds.
Contents
Introduction
Features
Comparison
Design concept
Components
Types of precast system
Design consideration
Equipments
Assembling
scheduling
Advantages
Limitations
Conclusion
references
THIS PRESENTATION ON PRECAST MODULAR STRUCTURES IS MADE SPECIALLY FOR EVERYONE TO KNOW THE CONCEPT OF PRECAST MODULAR STRUCTURES RELATED TO ENGINEERING........
SO HAVE A NICE READING GUYS.
Composite Concrete-Steel Construction in Tall Buildings by Dr. NaveedAIT Solutions
The document discusses composite concrete-steel construction systems used in tall buildings. It describes how composite and mixed systems use concrete and steel acting together to provide benefits like increased strength and stiffness. Common composite elements discussed include composite floors, beams, columns, shear walls, and link beams. Composite columns provide benefits like increased strength and stiffness. Concrete-filled steel tubes are an efficient composite column type. Recent developments in composite shear walls include concrete-filled composite plate shear wall systems that offer enhanced seismic performance. Case studies of composite tall buildings in Asia are also presented.
The document provides a site analysis report for an architectural design studio project. It analyzes the site and surrounding neighborhood context in six sections: development parameters and requirements, neighborhood context, traffic and facilities, natural and environmental elements, human and cultural aspects, and site history. Key details analyzed include land use zoning, building regulations, neighboring developments, infrastructure, demographics of area users, and historical background of the site. Interviews were also conducted with local workers, shoppers, and students to understand usage patterns and needs in the area.
Advanced Brainstorm Carrefour (ABC): The Science of the City
Naples, March 2016
Presentation by Peter Batey
What is regional science?
Regional science and regional studies: where did Peter Hall fit in?
The many dimensions of Peter Hall
Lessons for regional science from Peter Hall
Architecture and urban design are public art forms that people experience through their daily activities in cities. While other art forms can be avoided, people cannot choose to avoid experiencing the built environment as they move through urban spaces. Aesthetic preferences in environments are influenced by both natural and learned social and cultural factors, and Jack Nasar identified five attributes of liked environments: naturalness, upkeep, openness, historical significance/content, and order. As people experience cities through movement, Gordon Cullen's concept of "serial vision" describes how urban design can create a series of revelations and contrasts that engage observers as their viewpoint changes.
Retrofitting case study of RCC structureManish Sharma
This document discusses several case studies of seismic retrofitting techniques used to improve the performance of vulnerable or earthquake damaged reinforced concrete buildings. It describes the features and damage observed in five buildings from earthquakes in Mexico and Turkey. For each building, it outlines the retrofitting techniques employed such as adding concrete shear walls, bracing, jacketing of columns and beams, and infilling frame bays with shear walls. The expected performance of the retrofitted buildings, based on analytical modeling, was improved seismic resistance and reduced vibration periods.
Journal L'Itinérant numéro 1104. Durer à Deux : Humour de Mutio, L'Iti Ile-de-France, Annonces légales et judiciaires, Libre Opi-Gnon, Courrier des lecteurs, Petites Annonces et Mots fléchés.
Construction report (boq, wbs, reports, evm)Hamza Waheed
This document provides a construction report for a multi-story commercial building called Makki Complex in Lahore, Pakistan. It includes an introduction to the project, divisions of work, estimations, project management team, and schedules. The building has civil works like excavation and drainage, structural works like concrete and steel, and architectural, mechanical, and electrical works. Project funding comes from Makki Enterprises and is divided between construction, administration, and other costs. The project manager oversees the project while the construction manager coordinates site execution.
The document discusses tensile structures, which are buildings that rely on tension in components like cables and fabrics to bear loads. Tensile structures include boundary tensioned membranes, pneumatic structures, and pre-stressed cable nets. They have been used historically in structures like yurts and the Colosseum roof. Tensile structures take saddle, mast-supported, arch-supported, and combination forms. Key components are membranes, bale rings, plates, and specialized hardware. Advantages include long lifecycles, reusability, recyclability, and unique designs, while disadvantages include lack of rigidity and danger if tension is lost.
Diaphragm walls are underground retaining walls constructed using trench excavation supported by bentonite slurry. The process involves constructing guide walls, excavating a trench, installing reinforcement cages, and concreting. Diaphragm walls provide lateral support during deep excavations, serve as basement walls, and provide a water cutoff. They are suitable for use in congested areas and unstable soil below the water table.
This document discusses prestressed concrete and provides details on:
- The definition and principle of prestressing concrete by applying compression prior to external loads
- Common prestressing methods like hydraulic, mechanical, electrical, and chemical prestressing
- Tests conducted on prestressed concrete components like post-tensioned splices and cast-in-place splices
- Advantages of prestressed concrete like reduced materials and increased strength
- Applications in bridges, buildings, water tanks, and more
- A case study on widening the Harrods Creek Arch Bridge using prestressed concrete
The document summarizes an industrial training report on the construction of a multistoried building. It describes two multistoried residential projects - Verna and Tana constructed by SI Property. Key details include the foundations using pile foundations and raft foundations, concrete mixes used, and reinforcement details of columns, beams and slabs. Amenities provided in the projects like parking, fitness center, kids play area are also mentioned. The report also provides information on new building materials seen during a visit to another project GIE Asteria, including Siporex blocks, Weber glue and fiberglass mesh.
Lift slab construction is a method of building concrete structures by casting floor or roof slabs on top of previous slabs and then lifting them into place with hydraulic jacks, making it cheaper and faster than traditional cast-in-place construction. Powerful jacks lift the cured slabs into position while ensuring even lifting at all points. This method is most effective for buildings with uniform, repetitive floor plans up to around 16 stories tall.
- Le Corbusier was an influential 20th century architect and pioneer of modern architecture. He developed principles like pilotis and roof gardens.
- His 1925 plan for the Radiant City proposed vertical housing blocks surrounded by green space, with strict zoning and an emphasis on transportation. It aimed to provide a better urban lifestyle.
- Though never fully realized, the Radiant City influenced modern planning with its high-density approach. Le Corbusier later applied these principles to his master plan for Chandigarh, India in the 1950s.
The document summarizes studies of urban stream revitalization projects in Kuala Lumpur, Malaysia and Seoul, South Korea. For Kuala Lumpur's Klang River, issues included pollution and declining use. The River of Life program aims to clean the river and develop its banks to increase economic activity. In Seoul, the Cheonggyecheon Stream was buried due to development but was restored in 2005. This reduced flooding, traffic, and pollution while boosting property values and tourism. Both projects show how revitalizing urban streams can improve the environment, economy and livability of cities.
Sir Ebenezer Howard was the founder of the garden city movement. He published "Garden Cities of To-morrow" in 1898, which proposed the creation of new towns surrounded by greenbelts that blended the benefits of urban and rural living. The first garden cities built based on Howard's principles were Letchworth and Welwyn in England in the early 1900s. Garden cities emphasized planned development, environmental quality, and strong community.
DOXIADIS
HUMAN SETTLEMENT AND PLANING
CONSTANTINOS APOSTOLOU DOXIADIS
THEORY OF EKISTICS
Minor shells- Micro-settlements- Meso-settlements- Macro-settlements-Ekistics Logarithm Scale:-
BY EVOLUNITARY PHASE
BY FACTOR AND DISCIPLINE
CASE STUDY: ISLAMABAD
Master Plan
Comparison of Land cover
CONCEPT OF CITY PLANNING
ROAD NETWORK & HIERARCHY
ROAD NETWORK & TRANSPORT
HOUSES AND STREET PATTERN
GRID SYSTEM
CURRENT CHALLENGES FACED BY THE CITY
The John Hancock Tower is a 60-story, 790-foot skyscraper located in Boston, Massachusetts. It was designed by Henry N. Cobb of I.M. Pei & Partners and completed in 1976. At the time, it was the tallest building in Boston and remains the tallest in New England. Construction was delayed from 1971 to 1976 and costs increased from an estimated $75 million to $175 million due to issues with the innovative use of large windowpanes that detached from the building in high winds.
Contents
Introduction
Features
Comparison
Design concept
Components
Types of precast system
Design consideration
Equipments
Assembling
scheduling
Advantages
Limitations
Conclusion
references
THIS PRESENTATION ON PRECAST MODULAR STRUCTURES IS MADE SPECIALLY FOR EVERYONE TO KNOW THE CONCEPT OF PRECAST MODULAR STRUCTURES RELATED TO ENGINEERING........
SO HAVE A NICE READING GUYS.
Composite Concrete-Steel Construction in Tall Buildings by Dr. NaveedAIT Solutions
The document discusses composite concrete-steel construction systems used in tall buildings. It describes how composite and mixed systems use concrete and steel acting together to provide benefits like increased strength and stiffness. Common composite elements discussed include composite floors, beams, columns, shear walls, and link beams. Composite columns provide benefits like increased strength and stiffness. Concrete-filled steel tubes are an efficient composite column type. Recent developments in composite shear walls include concrete-filled composite plate shear wall systems that offer enhanced seismic performance. Case studies of composite tall buildings in Asia are also presented.
The document provides a site analysis report for an architectural design studio project. It analyzes the site and surrounding neighborhood context in six sections: development parameters and requirements, neighborhood context, traffic and facilities, natural and environmental elements, human and cultural aspects, and site history. Key details analyzed include land use zoning, building regulations, neighboring developments, infrastructure, demographics of area users, and historical background of the site. Interviews were also conducted with local workers, shoppers, and students to understand usage patterns and needs in the area.
Advanced Brainstorm Carrefour (ABC): The Science of the City
Naples, March 2016
Presentation by Peter Batey
What is regional science?
Regional science and regional studies: where did Peter Hall fit in?
The many dimensions of Peter Hall
Lessons for regional science from Peter Hall
Architecture and urban design are public art forms that people experience through their daily activities in cities. While other art forms can be avoided, people cannot choose to avoid experiencing the built environment as they move through urban spaces. Aesthetic preferences in environments are influenced by both natural and learned social and cultural factors, and Jack Nasar identified five attributes of liked environments: naturalness, upkeep, openness, historical significance/content, and order. As people experience cities through movement, Gordon Cullen's concept of "serial vision" describes how urban design can create a series of revelations and contrasts that engage observers as their viewpoint changes.
Retrofitting case study of RCC structureManish Sharma
This document discusses several case studies of seismic retrofitting techniques used to improve the performance of vulnerable or earthquake damaged reinforced concrete buildings. It describes the features and damage observed in five buildings from earthquakes in Mexico and Turkey. For each building, it outlines the retrofitting techniques employed such as adding concrete shear walls, bracing, jacketing of columns and beams, and infilling frame bays with shear walls. The expected performance of the retrofitted buildings, based on analytical modeling, was improved seismic resistance and reduced vibration periods.
Journal L'Itinérant numéro 1104. Durer à Deux : Humour de Mutio, L'Iti Ile-de-France, Annonces légales et judiciaires, Libre Opi-Gnon, Courrier des lecteurs, Petites Annonces et Mots fléchés.
le 17 octobre 2012, le conseil municipal de la commune de CHAMPHOL a rappelé son opposition au projet de la mise en concession autoroutière de la RN 154
1/ Mise en contexte
2/ Survol par secteur des aménagements proposés
échangeur et avenue Atwater
boulevard LaSalle / rue d’Argenson et rue La Poudrière
rue May / rue Wellington
boulevard Gaétan-Laberge
échangeur Gaétan-Laberge
3/ Période de questions
[Communiqué de presse] Le tram en service dès 2019 12.2015Agglo
Les élus communautaires d'Annemasse Agglo ont approuvé hier la poursuite du projet de tramway : il sera donc réalisé en 2 phases, avec le lancement des travaux prévu dès 2017.
Bulletin d'information numéro 30 de janvier 2024. Suite à une erreur matérielle, Cette parution corrige le jour de la conférence sur l'écologie urbaine soit le jeudi 14 mars 2024. Toutes nos excuses
Aménagement d'un espace vert à Tours Nord au coeur du quartier de Saint-Symphorien à proximité de l'école primaire Saint Exupéry . Ce diaporama est le résumé de la réunion public.
La cybernetique-du-savoir - Nouvelle versionYves MASSOT
Les entreprises de demain qui s'imposeront seront celles qui sauront pratiquer au quotidien la gestion intégrale du savoir, des connaissances, des compétences et du comportement adaptatif.
Les atouts de tours et de ses alentoursYves MASSOT
Partez à la découverte des atouts de la Ville de Tours. La langue de bois n'étant pas ma langue maternelle, j'aborde aussi et sans complaisance les talons d'Achille de notre ville. Ce sont des thèmes qui me tiennent à coeur et qui n'ont jamais pu être abordés objectivement et concrètement.
2. Présentation des travaux de la commission
Ont participé à cette commission
Olivier LEBRETON – Président
Yves MASSOT - Rapporteur
Alexandra SCHALK-PETITOT
Danielle NGO NGII
David CHOLLET
Contribution des élus de la ville de Tours
3. Calendrier des réunions et des rencontres
18 décembre 2017 réunion du COPIL
8 janvier 2018 réunion du COPIL
19 janvier 2018 visite d’O. Lebreton aux Commerçants du Bd J. Royer
6 février rencontre du collectif Pour le tram par J. Royer (Mr Moreau)
16 février 2018 Réunion COPIL
1 mars 2018 Réunion COPIL
15 mars 2018 Réunion COPIL
30 mars 2018 Réunion COPIL
Concertation préalable du 18 avril au 8 juin 2018
Mai 2018, restitution des travaux de la commission à Monsieur le Maire
10 septembre Présentation du bilan de la concertation préalable au bureau
des Maires
Présentation au Conseil de majorité le vendredi 19 octobre 2018
Présentation à la commission générale du lundi 12 novembre 2018
4. Plan de travail
1ère section : Partie sud du tracé - Terminus et CHRU Trousseau
2ème section : Avenue de Bordeaux - quartier des Fontaines
3ème section : Passage par le boulevard Jean Royer
4ème section : Passage par le Boulevard Béranger
5ème section : M. Baugé – Bd Tonnelé – Entraigues
6. Principaux chiffres à retenir
1 - Tracé Jean ROYER
• Longueur = 12,5 km
• Nombre de stations = 21
• Fréquentation = 35 000 voyageurs/jours
• Coût = 305 M€HT
• 5 parkings-relais dont 2 existants
2 - Tracé boulevard Béranger
• Longueur = 14,7 km
• Nombre de stations = 22 + 4 existantes
• Fréquentation = 40 000 voyageurs/jours
• Coût = 330 M€HT
• 5 parkings-relais dont 2 existants
7. 1ère section : partie sud du tracé
Terminus et CHRU Trousseau
8. Avantages :
Desserte du parc de la Charpraie (Ville de Tours)
Desserte du Bois des hâtes (Ville de Tours)
Proximité de la sortie du périphérique sud-est
Proximité de l’échangeur A85/D943
Désengorgement de la route de Loches (22000 véhicules/jour)
A titre indicatif, la capacité du parking relai de Vaucanson est de 250 véhicules
Partie sud du tracé Terminus et CHRU Trousseau
10. Partie sud du tracé : Terminus et CHRU Trousseau
P+R
Le tracé variante a un intérêt car :
1 - la nouvelle entrée et le parvis sont proches de la station.
2 - il dessert l’institut des professionnels de la santé, le lycée Ste Marguerite
+ les 2 Parkings relais et le parc de la Branchoire.
11. 2ème section : Avenue de Bordeaux et le quartier des Fontaines
12. Demande forte des habitants du quartier (7270 habitants)
Ce trajet ne rallonge le parcours que de 4mn.
Le tramway permettra de désenclaver ce quartier.
Le parking relai de la piscine existe déjà et devient une infrastructure très utile.
Le nombre de voyages par jour serait de 3000 uniquement pour ce quartier
Le passage direct par l’avenue de Grammonrt oblige de passer sous un ouvrage de la SNCF non
dimensionné qu’il faudrait surélever
Avenue de Bordeaux - quartier des Fontaines
Site Kelquartier : Les Fontaines est un quartier sensible et animé.
Les 7270 habitants sont en majorité des personnes en difficultés
d'emploi. Ils sont plutôt jeunes, ont des très petits revenus, ils sont
locataires de leur logement à 82 %. Il y a 67% de logements
sociaux.
13. Passage difficile sous le pont de chemin de fer
Avenue de Bordeaux - quartier des Fontaines
20. Avantages 1 – Potentiel de rénovation urbanistique (PLU)
2 – Augmentation de la vitesse commerciale de la ligne (simplification du
réseau et circuit plus court)
3 - Ce trajet traverse en son milieu le quartier des casernes (voir plan
spécifique)
4- Pas d’alimentation par le sol = économie d’installation
5 - On évite l’hypercentralisation de la place Jean Jaurès et (ou) la gare
6 – Section commune limitée à Liberté - Verdun
Inconvénients 1 - La largeur de voie insuffisante pour accueillir tous les modes de
circulation (voir profil en travers)
2 - Il y a 15 rues perpendiculaires et tout le plan de circulation des quartiers
(Febvotte et Prébendes) est à revoir complètement
3 – Rupture de charge pour les usagers venant du sud et de l’ouest pour
aller à la gare et au centre-ville
4 - Il faut abattre tous les arbres côté sud
Problèmes
techniques
1 - Pour concevoir une voie mixte, une autorisation du STRMTG est
obligatoire ; celui-ci fixe les limites du trafic routier.
Exemple : pour l’avenue Maginot, le trafic autorisé est de 450 V/h et
aujourd’hui on enregistre 620 V/h !
Passage par le boulevard Jean Royer
21. 4ème section : passage par le
boulevard Béranger – rue
Giraudeau – rue du plat d’Etain
Rappel du nouveau périmètre du PSMV
APS Bd Béranger et Heurteloup
22. Les stations du boulevard Heurteloup se justifient-elles ?
Passage par le Bd Béranger – rue Giraudeau –
rue du plat d’Etain
23. Avantages 1 - Accès à la place Gaston Pailhou par la rue de Courset ou/et la rue Chanoineau à
moins de 300m
2 - Supprime une grande partie des bus Boulevard Béranger. Aujourd’hui, 8 lignes
empruntent le Bd Béranger
3 - Supprime une grande partie des bus rue Chanoineau (demande du collectif de
riverains non satisfaite à ce jour)
4 - Desserte gare assurée pour les voyageurs venant de l’ouest comme du sud : pas de
rupture de charge
5 - Le marché aux fleurs et le mail sont préservés
6 – Requalification des Bds Béranger et Heurteloup+ Esthétique et Fleurissement
7 - Selon le profil en travers ci-joint, tous les modes de déplacements ont leur place
8 - Cette solution a le plus fort potentiel de voyageurs (40 000 voyageurs jour contre
35 000)
9 - Multimodalité sur le secteur de la gare (et non sur la Place de la Liberté avec le
tracé Jean Royer)
Inconvénients 1 - Pas de renouvellement urbain
2 – Sont concernés : 35 arbres sur 259 ceux en doublon sur le boulevard Béranger et
32 sur 299 sur le boulevard Heurteloup
3 – Fin du stationnement en Epis solution 1 voie de tram de chaque côté du mail
4 - Le stationnement du boulevard Béranger va être fortement impacté.
5 - 4 tramways tous les 6mn vont traverser le carrefour Liberté (idem tracé Jean
Royer)
Problèmes
techniques
1 - Nous enregistrons 22 000 véhicules à la sortie d’autoroute se dirigeant vers le
centre. Des mesures de trafic vont être réalisées dans la section centre des congrès du
Vinci – Place Jean Jaurès
2 - Trafic aller et retour sur le Boulevard Béranger = 12 100 véhicules/jou
Passage par le Bd Béranger – rue Giraudeau –
rue du plat d’Etain
24. Passage par le Bd Béranger – rue Giraudeau –
Situation Actuelle
25. Passage par le Bd Béranger – rue Giraudeau –
rue du plat d’Etain
26. • L’itinéraire le long du botanique vers la rue de la Mairie à la Riche a été abandonné par le bureau des maires
• La giration à la sortie de la rue de la Mairie pour rejoindre le Bd Tonnellé aurait un fort impact sur le bâti.
• L’impact sur la rue de la Mairie serait trop important pour la ville de la Riche.
• Destruction d’une partie du jardin botanique et ne desservirait pas le Quartier du Plessis-Botanique
Profil en travers rue Giraudeau
Giration Giraudeau – plat d’Etain
Profil en travers rue du plat d’Etain
Passage par le Bd Béranger – rue Giraudeau –
rue du plat d’Etain
27. Passage par le Bd Béranger – rue Giraudeau –
rue du plat d’Etain
34. 5ème section : Rue Michel Baugé
Bld Tonnelé – Rue d’Entraigue
35. Profil en travers rue Michel Baugé
Giration rue Michel Baugé – Bld Tonnelé
Profil en travers Boulevard Tonnelé
Rue Michel Baugé Bd Tonnelé – Rue d’Entraigue
45. Passage par le Bd Béranger – rue Giraudeau –
rue du plat d’Etain
La distance entre cette entrée du CHRU rue Victor Hugo
et la station de tram rue d’Entraigues est d’environ 200m
46.
47. Desserte de l’aéroport, création d’une gare routière pour les cars
Macron, création d’un espace pour le covoiturage, création d’un HUB
pour livraison en ville via le tramway.
18 Millions HT
22 millions HT