CFEM is a high-performance finite element library in C++ with over 20 years of proven excellence in research and industry applications. It handles material and geometric non-linearities with ease and features an extensive gallery of element formulations, including co-rotated elements for large rotations. Choose CFEM for scalable, customizable, and reliable finite element analysis solutions.
RFEM
RFEM is an advanced finite element library optimized for parametric design, enabling millions of analyses directly in your browser with unparalleled speed. Featuring a robust linear finite element solver and support for beam and shell elements, RFEM is compiled to WebAssembly for seamless web integration. Revolutionize your design process with RFEM’s high-performance, web-based capabilities.
RFAT offers comprehensive fatigue evaluation with advanced tools for both spectral and temporal fatigue analysis, including three-dimensional critical plane methods. Designed for engineers and researchers, RFAT integrates seamlessly with your workflows to provide accurate fatigue assessments and extend component lifespans. Enhance your engineering projects with RFAT’s robust and user-friendly post-processing capabilities.
XSS is a powerful cross-section solver library designed for precise calculation of cross-sectional parameters and stress distributions in complex beam cross-sections, ideal for dynamic wind turbine analysis. Supporting thin-walled, solid, and composite sections, CSS delivers detailed insights with flexible mesh options compatible with Gmsh. Trust XSS for accurate and reliable structural assessments.
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