Learn how to model a Truss System with Grasshopper and analyse it with SOFiSTiK in this free online course.
SOFiSTiK offers a McNeel Rhinoceros Interface to utilise Rhino object for finite element analysis and design. This interface was extended with Grasshopper components to build highly parametric structures and to analyse them.
Get introduced to the workflow of parametric modelling of a bridge in Grasshopper, SOFiSTiK and Tekla Structure.
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.
On December 15, 2020 SOFiSTiK is hosting a webinar to introduce to you a selection of features and workflows.
In this free webinar, you will learn how to create a parametric analytical model of a balanced cantilever bridge in Grasshopper.
Parametric tools such as Grasshopper and scripting of FE analysis packages have given engineers the opportunity to automate and optimise workflows.
New SOFiSTiK Grasshopper components are available!
Parametric design becomes more and more common in the construction industry. As more important it gets to be informed about available workflows and applications.