Wiki
StruSoft have published various Wiki websites to help give you more knowledge about our main software programs.
There you can find all kinds of information which is much more in depth including software module explainers, workflows, theories, the latest release news and updates.
There are 4 x separate websites available for the following software: FEM-Design; IMPACT; PRE-Stress and WIN-Statik.
Each is organised around the modules within the software, with a navigation menu on the left hand side. There is also a search bar at the top of each page to make it easy for you to find what you are looking for.
You can also find more in depth details about the software license options, minimum/recommended hardware/software, installation details for both Client computers and Server options.
Please go to each of the individual websites by clicking on their tabs below.
Can’t find what you are looking for on the Wiki?
If you can’t find the information you are looking for then you can also contact our Support Team and speak to us directly for help by clicking here.
StruSoft Blog
Top 7 FAQ about the plastic shell model in FEM-Design
Earlier this year, we introduced plastic analysis as a material non-linearity module in FEM-Design 23. By using the plastic shell model in FEM-Design to compute 3D shells of reinforced concrete and structural steel, you get an accurate and realistic structural analysis that offers material savings and increased safety—an outcome [...]
Precast Detailing in IMPACT for Revit – A Webinar series of 3 (Watch it now)
Discover IMPACT for Revit by tuning in to our webinar series on Precast Detailing Throughout the first quarter of 2024, we hosted a series of three webinars with more than 200 people signing up. These sessions covered essential modeling tools and introduced new features for various elements: Part I: [...]
Using the new non-linear plastic shell for evaluating existing structures
A typical situation you run into as an engineer is checking the capacity of an existing structure due to increased loading. Using the plastic shell feature in FEM-Design, you have a much higher chance of succeeding due to the automatic plastic redistribution of the forces in the structure, which [...]