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Solidworks wind flow analysis
Solidworks Wind Pressure

Simulation of windflow over the building envolope for wind velocity and wind preassure prior to design of substructure - By Solidworks

Parametric Fabric Design

Simulation of the behaviour of a fabric element with in the 
given geometrical ristrictions.

 

...by Grasshopper - which is an extension of Rhinoceros

Non-default Userfields - Tekla

That is only a sample work changing the filter interface of TEKLA.

By this approach, progresses such as

  • Purchase

  • Fabrication

  • Painting

  • Transport and

  • Erection 

Can be directly traced and printed into excel spread sheets

Parametric dome

Parametric geodezic dome by Grasshopper.

 

I am always keen on parametric designs which enables me and my colleagues

To change the design criterions quickly - when revisions are needed.

Parametric Gear By Catia
Parametric Gear By Grasshopper

Again Parametric

But this time some machine elements with CATIA and Rhino.

Solidworks Design Optimization

Solidworks - Design Optimization 
Based on Factor of Safety and Von Mises Stress Criteria

TEKLA drawing enhancement

Drawing enhancements with TEKLA...

 

Hatch types -earth hatch- is created by manuplating the scripts beneath the software - which are not available in default software.

Also line types and thicknesses are rearranged based on scope of area, annotations, etc which is generally ignored by many draftsmen.

Tekla API codes by Grasshopper

Reverse Engineering - Rhino (or Autocad) to TEKLA
I consider Rhino as a very strong design software. However it is really difficult to generate high quality job preparation drawings within a short time.

There fore sometimes I make my designs with Rhino and then convert the entities into TEKLA by grasshopper and C# compiler. Here predesigned geometry -by grasshopper scripts-converted into TEKLA OPENAPI codes. 

Gutter Mockup - Render
Standing Seam Mockup - Render

 Realistic renders for design concepts and tenders...

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