One of the most significant technical improvements in version 22 is the new option to consider the shear centre eccentricity of cross-sections directly during finite element analysis (FEA). In previous versions, engineers could only account for these effects in post-processing or through manual load inputs with desired eccentricity. Version 22 changes this paradigm by integrating shear centre eccentricity directly into the analysis phase.
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For the US market, version 22 introduced a brand-new implementation of AISC 360:2016 in the 64-bit version. The cross-section dialogue now features a detailed classification preview, and the renewed AISC steel setup allows engineers to select their approach for code checking. Results can be evaluated in exceptional detail thanks to new output with formulas. scia engineer 22
Users can merge external PDF documents—such as geotechnical reports or manufacturer data sheets—directly into the main calculation booklet. 5. Performance and Solver Optimization
Concrete design sees some of the most significant updates in version 22, specifically aimed at saving material and automating tedious data entry. One of the most significant technical improvements in
The finite element analysis (FEA) solver utilizes modern multi-core processors efficiently. Linear, non-linear, stability, and dynamic calculations run in parallel, significantly reducing wait times for large-scale models containing thousands of nodes. Advanced Non-Linearity
: A critical fix in version 22 is the restoration of the link to custom checks made in SCIA Design Forms . This allows engineers to bridge their own proprietary scripts directly into the new UI, a feature that was temporarily missing in previous new UI iterations. Download the 30-day free trial from the official
Results & verification