Articles
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.
Read the interview with Markus Leschanz about his first BIM Project with the SOFiSTiK Bridge Modeler for Revit.
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.
SOFiSTiK is a convenient solution for BIM, which makes it possible to use data directly & efficiently from Autodesk® Revit® at the stage of design calculation and geotechnical analysis.
Read the Customer Success Story of EBP Schweiz AG and their experience processing a project in BIM.
Sharp distinctions in design between the building and infrastructure industry require a transfer and adaption of existing solutions and workflows.
Designing reinforced and pre-stressed 3D Shells with a new approach – was recently published in Bridge – Design & Engineering, ISSUE NO.90. Outlined by Georg Pircher and Jürgen Bellmann.
New tools are required to fully take advantage of the benefits of bridge information modelling, reported by Georg Pircher and Jakub Bielski.
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.
Read the interview with Markus Leschanz about his first BIM Project with the SOFiSTiK Bridge Modeler for Revit.
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.
SOFiSTiK is a convenient solution for BIM, which makes it possible to use data directly & efficiently from Autodesk® Revit® at the stage of design calculation and geotechnical analysis.
Read the Customer Success Story of EBP Schweiz AG and their experience processing a project in BIM.
Sharp distinctions in design between the building and infrastructure industry require a transfer and adaption of existing solutions and workflows.
Designing reinforced and pre-stressed 3D Shells with a new approach – was recently published in Bridge – Design & Engineering, ISSUE NO.90. Outlined by Georg Pircher and Jürgen Bellmann.
New tools are required to fully take advantage of the benefits of bridge information modelling, reported by Georg Pircher and Jakub Bielski.
