Parametric Network Arch Bridge
Finding the optimal hanger layout for network arch bridges can be a challenge. This experiment shows how simple it is to use tools such as Visual Studio and Grasshopper to optimise our design.
Automation with SOFiSTiK Templates – How to Save Time and Reduce Clicks by Using Templates
The idea of templates to create efficient workflows and speed up engineers’ daily work routines is widely used in BIM design tools such as Autodesk Revit.
Parametric Bridge Design with SOFiSTiK Grasshopper and Tekla
Get introduced to the workflow of parametric modelling of a bridge in Grasshopper, SOFiSTiK and Tekla Structure.
Extradosed bridge in Kurow over Dunajec – SOFiSTiK Grasshopper Tekla
BIM and parametric modelling open a new way of bridge design. Learn about the interoperability of Rhino/Grasshopper – Tekla – SOFiSTiK, shown in a master thesis based on a extradosed bridge.
Wind Loading on a Bridge with SOFiSTiK
SOFiSTiK has a relatively long history for several aspects of wind analysis in the time domain. The following article shows the various aspects of a bridge with various possibilities.
How new Design Methods lead to a Different Result Description
In modelling of bridges for analyses or for construction, the quick development of the tools is changing the practices and workflows continuously.
Automated Design Work of Precast Concrete Girder Viaducts
Read about the process to automate an AutoDesk Revit model for prefabricated viaducts.
Parametric Design of Shell Structures
Read about a complete workflow for parametric design of shell structures. used key elements are modules for geometric modelling, load application, post-processing of SOFiSTiK and external programs.
SOFiSTiK Bridge Modeler – The First BIM Project
Read the interview with Markus Leschanz about his first BIM Project with the SOFiSTiK Bridge Modeler for Revit.
Complex Structural Timber Design
This article covers the analysis of the wood-steel accessible roof structure of the air pavilion and particularly the presentation of the assumptions adopted for the roof design.
