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SOFiSTiK Case study: BIM in the sixth dimension

6D planning of the Unstrut Bridge with Autodesk® Revit® and SOFiSTiK FEM 

Time and costs have long since added a fourth and fifth dimension to the classic digital 3D models. Using the example of a railway bridge (steel truss), the engineers at Emch+Berger Weimar show how static calculation and reinforcement planning extend the digital model. Autodesk® Revit® as modeling software and the SOFiSTiK FEM programs for calculation and design prove to be perfect partners for intelligent and efficient engineering work. Read the full case study. You can download the PDF here: 

 Vorschau Anwenderbericht Emch+Berger 



The best thing to do is to get an idea of the current FE programs, SOFiCAD or SOFiCAD OEM for yourself. The trial version is available to you for 30 days as a full version free of charge and without obligation: 



 In our free webinars, we will show you our latest developments, workflows for your daily work and small but fine functions that will get you to your goal faster and more efficiently.

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CFD Analysis of Millau Bridge by SOFiSTiK DolFyn

Millau Bridge in France was analyzed by SOFiSTiK DolFyn. This CFD analysis example is included in SOFiSTiK sample data. Fig. 1(a) Turbulent energy at middle span (zoomed) Fig. 1(b) Turbulent energy at middle span (full scale) Fig. 2(a) Flow velocity at middle span (zoomed)  Fig. 2(b) Flow velocity at middle span (zoomed)  Fig. 3 Turbulent viscosity at middle span (full model) Fig.4  Wind pressure at middle span section to be applied to structural analysis
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DOLFYN in SOFiSTiK. CFD Analysis (Russian 25sec and English)

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GRAVITY WALL ANALYSIS WITH LIMITSTATE:GEO (A STEP-BY-STEP INTRODUCTION)

Does your current geotechnical analysis software miss critical failure mechanisms? LimitState:GEO is a powerful and versatile ULS analysis tool that can determine the true collapse mechanism and margin of safety for any geotechnical problem, including those containing gravity retaining walls. Move beyond the sliding, overturning and bearing failures treated by traditional automated hand calculation software. Join us on 3rd May as we discuss the use of LimitState:GEO to analyse and design gravity retaining walls for engineering projects, such as highway and railway embankments, landscaping, and waterfront developments. Prof. Colin Smith, LimitState:GEO product manager, will provide a step-by-step introduction to analysing gravity retaining walls using LimitState:GEO. Topics covered will include: defining problem geometry, materials, and loading conditions understanding the important concept of soil/structure interface properties, including cohesive tensile resistance considering mu...
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