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SOLIDWORKS
SOLIDWORKS (ORIGINALLY SOLIDWORKS) IS SOLID MODELING CAD (COMPUTER-AIDED DESIGN)
SOFTWARE THAT RUNS ON MICROSOFT WINDOWS AND IS SINCE 1997 PRODUCED BY DASSAULTSYSTÈMES
SOLIDWORKS CORP., A SUBSIDIARY OF DASSAULTSYSTÈMES, S. A. (VÉLIZY, FRANCE). SOLIDWORKS IS
CURRENTLY USED BY OVER 2 MILLION ENGINEERS AND DESIGNERS AT MORE THAN 165,000 COMPANIES
WORLDWIDE. FY2011 REVENUE FOR SOLIDWORKS WAS 483 MILLION DOLLARS.
INSPIRED TO DESIGN
COMMANDS IN SOLID WORKS
• LINE
• RECTANGLE
• RIB
• SWEEP
• SLOT
• RELATION
• RE-DESIGN
• CONTROL
• EXTRUDE
• LOFT: LOFT IS USEFUL FOR BUILDING A SURFACE THROUGH DISSIMILAR PROFILES OR
BOUNDING A FOUR SIDED SHAPE USING THE OPTION OF GUIDE CURVES.
• FILL: FILL IS A “CATCH-ALL” FOR AREAS THAT CANNOT BE DEFINED USING LOFT AND SWEEP. IT
SHOULD BE THE ONLY CONSIDERATION WHEN NEEDING TO “FILL” 3 SIDED OR 5 OR MORE
SIDED AREAS.
• BOUNDARY: IT IS MUCH LIKE LOFT EXCEPT THAT IT DOES TREATS THE FIRST AND SECOND
DIRECTIONS EQUALLY. LOFT PROFILES HAVE INFLUENCE OVER THE GUIDE CURVES WHICH
SOMETIMES PRODUCES UN-PREDICTABLE AND UNDESIRED BEHAVIOR. IT ALSO CAN MATCH
ADJACENT SURFACES CURVE CONTINUOUSLY ON ALL SIDES.
• FREEFORM: IT IS FOR MODIFYING AN EXISTING SURFACE BY PUSHING AND PULLING ON IT
WITH CONTROL CURVES AND POINTS.
INTERFACING TO SOLIDWORKS
INTERFACING PLANES:
• FRONT PLANE
• TOP PLANE
• RIGHT PLANE
EXTRUDE
ISOMETRIC PLANE
An extensive set of modeling tools for complex shapes
 Dissimilar or multiple profiles/Guides and
need it to be solid: Use Loft
 Similar profiles but change along length of
shape: Use Sweep
 Three or five or more boundaries: Use Fill
 For high quality surfaces-only and C2 in both
directions: Use Boundary
 For modifying surfaces dynamically and
without sketches: Use Freeform
WHICH SURFACE FEATURE TO USE?
BOUNDARY INTRODUCTION
FEATURES:
• UNLIKE LOFT, THERE IS NOT INFLUENCE OF CURVE DIRECTION 1 OVER CURVE DIRECTION 2.
• BECAUSE OF THIS C2 MATCHING CAN BE APPLIED TO ALL SIDES.
BOUNDARY INTRODUCTION
FEATURES:
• CAN CREATE SURFACES
WITH ONLY 1 CURVE IN
EACH DIRECTION
SOLID WORKS DESIGNS
SOLID WORKS DESIGNS
SOLID WORKS DESIGNS
Project topic:
Designing of Solid
modeling Design of an
“Hammer” in
SolidWorks.
SOLID WORKS DESIGNS
PROJECT TOPIC:
DESIGNING OF SOLID
MODELING DESIGN OF AN
“CRANE HOOK” IN
SOLIDWORKS.
PROJECT UNDERTAKEN RESULTS
PROJECT TOPIC:
DESIGNING OF SOLID
MODELING DESIGN OF
AN “IPHONE” IN
SOLIDWORKS.
ISOMETRIC VIEW:
PROJECT TOPIC:
DESIGNING OF SOLID
MODELING DESIGN OF
AN “IPHONE” IN
SOLIDWORKS.
Thank You
Keep practicing keep growing.
PANKAJ DOGRA
SOLIDWORKS
INSPIRED TO DESIGN

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Solid Works Presentation

  • 1.
  • 2. SOLIDWORKS SOLIDWORKS (ORIGINALLY SOLIDWORKS) IS SOLID MODELING CAD (COMPUTER-AIDED DESIGN) SOFTWARE THAT RUNS ON MICROSOFT WINDOWS AND IS SINCE 1997 PRODUCED BY DASSAULTSYSTÈMES SOLIDWORKS CORP., A SUBSIDIARY OF DASSAULTSYSTÈMES, S. A. (VÉLIZY, FRANCE). SOLIDWORKS IS CURRENTLY USED BY OVER 2 MILLION ENGINEERS AND DESIGNERS AT MORE THAN 165,000 COMPANIES WORLDWIDE. FY2011 REVENUE FOR SOLIDWORKS WAS 483 MILLION DOLLARS. INSPIRED TO DESIGN
  • 3. COMMANDS IN SOLID WORKS • LINE • RECTANGLE • RIB • SWEEP • SLOT • RELATION • RE-DESIGN • CONTROL • EXTRUDE • LOFT: LOFT IS USEFUL FOR BUILDING A SURFACE THROUGH DISSIMILAR PROFILES OR BOUNDING A FOUR SIDED SHAPE USING THE OPTION OF GUIDE CURVES. • FILL: FILL IS A “CATCH-ALL” FOR AREAS THAT CANNOT BE DEFINED USING LOFT AND SWEEP. IT SHOULD BE THE ONLY CONSIDERATION WHEN NEEDING TO “FILL” 3 SIDED OR 5 OR MORE SIDED AREAS. • BOUNDARY: IT IS MUCH LIKE LOFT EXCEPT THAT IT DOES TREATS THE FIRST AND SECOND DIRECTIONS EQUALLY. LOFT PROFILES HAVE INFLUENCE OVER THE GUIDE CURVES WHICH SOMETIMES PRODUCES UN-PREDICTABLE AND UNDESIRED BEHAVIOR. IT ALSO CAN MATCH ADJACENT SURFACES CURVE CONTINUOUSLY ON ALL SIDES. • FREEFORM: IT IS FOR MODIFYING AN EXISTING SURFACE BY PUSHING AND PULLING ON IT WITH CONTROL CURVES AND POINTS.
  • 4. INTERFACING TO SOLIDWORKS INTERFACING PLANES: • FRONT PLANE • TOP PLANE • RIGHT PLANE
  • 7. An extensive set of modeling tools for complex shapes
  • 8.  Dissimilar or multiple profiles/Guides and need it to be solid: Use Loft  Similar profiles but change along length of shape: Use Sweep  Three or five or more boundaries: Use Fill  For high quality surfaces-only and C2 in both directions: Use Boundary  For modifying surfaces dynamically and without sketches: Use Freeform WHICH SURFACE FEATURE TO USE?
  • 9. BOUNDARY INTRODUCTION FEATURES: • UNLIKE LOFT, THERE IS NOT INFLUENCE OF CURVE DIRECTION 1 OVER CURVE DIRECTION 2. • BECAUSE OF THIS C2 MATCHING CAN BE APPLIED TO ALL SIDES.
  • 10. BOUNDARY INTRODUCTION FEATURES: • CAN CREATE SURFACES WITH ONLY 1 CURVE IN EACH DIRECTION
  • 13. SOLID WORKS DESIGNS Project topic: Designing of Solid modeling Design of an “Hammer” in SolidWorks.
  • 14. SOLID WORKS DESIGNS PROJECT TOPIC: DESIGNING OF SOLID MODELING DESIGN OF AN “CRANE HOOK” IN SOLIDWORKS.
  • 15. PROJECT UNDERTAKEN RESULTS PROJECT TOPIC: DESIGNING OF SOLID MODELING DESIGN OF AN “IPHONE” IN SOLIDWORKS.
  • 16. ISOMETRIC VIEW: PROJECT TOPIC: DESIGNING OF SOLID MODELING DESIGN OF AN “IPHONE” IN SOLIDWORKS.
  • 17. Thank You Keep practicing keep growing.

Editor's Notes

  1. Today, we’re just going to concentrate on three features: boundary Fill and freeform.
  2. It is important to understand the differences between the “big five” surfacing features. Loft is useful for building a surface through dissimilar profiles or bounding a four sided shape using the option of guide curves. Sweep is a very high quality and robust surface and should be considered when the surface definition is such that the topology does not change but the geometry does as is the case when morphing from a circle to an ellipse. Fill is a “catch-all” for areas that can not be defined using Loft and Sweep. It should be the only consideration when needing to “fill” 3 sided or 5 or more sided areas. Boundary is much like loft except that it does treats the first and second directions equally. Loft profiles have influence over the guide curves which sometimes produces un-predictable and undesired behavior. It also can match adjacent surfaces curve continuously on all sides. Freeform is for modifying an existing surface by pushing and pulling on it with control curves and points.
  3. As I mentioned previously, Boundary treats the 1st direction and 2nd direction equally. Because of this, Curve Continuous matching can be applied to all sides.
  4. Sometimes it is advantageous to create surfaces with just two cross curves. This is possible using Boundary