BIMWERX FEA
GenFEAx .Net Analysis Engine - Early Access!
We are excited to announce our latest fully functional .Net structural analysis engine with API:
- Linear Static Analysis
- Second-Order (P-Delta) Analysis
- Linear & Nonlinear Dynamic Analysis (Newmark time history)
- Modal Analysis (eigenvalue & mode shapes)
- Response Spectrum Analysis (seismic, directional, damping-aware)
- Linear Buckling Analysis
- Nonlinear Static Analysis (material nonlinearity with fiber sections)
- Construction Staging Analysis
- 3D Frame / Beam Elements (7 DOFs)
- Euler–Bernoulli & Timoshenko theory
- End releases, springs, tension-only / compression-only members
- Warping & torsion support
- 3D Truss Elements
- Quad Shell Elements (plates & slabs)
- Triangular Shell Elements
- Spring3D Elements (6-DOF translational & rotational springs)
- Lumped Mass Elements
- Fiber-based cross sections for nonlinear steel behavior
- Mises (plasticity) material models
- Full local/global axis control (refAngle, orientation handling)
- Accurate shell resultants (forces, moments, shears)
- High-performance sparse solvers (Intel MKL PARDISO, multi-threaded)
- Consistent result storage + CSV export for post-processing
- Built-in metric + imperial units support & conversion
App Screenshots






About BIMWERX
BIMWERX Limited has led the way in developing cutting-edge software and tools for the Architecture, Engineering, and Construction (AEC) industry since 2015. At BIMWERX FEA, we proudly present our flagship Structural Analysis and Design software solutions: GenFEA, ConnectFEA, SolidFEA and Wind CFD. GenFEA , our versatile solution for Structural Analysis and Design, offers AI-enhanced design features, swift model creation capabilities, a C# scripting engine for custom functionality, seamless integration with other software via an open XLSX format, and sophisticated 3D modeling tools. ConnectFEA , a state-of-the-art parametric structural connection analysis and design tool, driven by an XLSX spreadsheet Input Workbook and math workspace for design calculations. SolidFEA, stands as a robust multiphysics solid finite element analysis tool, built upon the reliable Calculix engine. It democratizes access to what was once considered high-end analysis software, making it accessible and user-friendly, without sacrificing quality or depth, at an affordable price point. WindCFD, our powerful CFD-powered wind analysis software to help determine wind loads on structures using an automated process (integrates with GenFEA).
Products

GenFEA
AI-Driven Structural Analysis and Design solution with powerful analysis capabilities and design functions for any design standard

ConnectFEA
Parametric Structural Connection Analysis & Design with built-in math engine and supporting contact mechanics

SolidFEA
Sub-Model volumetric analysis of detailed components and connections using a powerful multiphysics solver

WindCFD
CFD-powered virtual wind tunnel system for detailed wind load calculation on structural elements
Demonstration
Refer to our YouTube channel to see GenFEA, ConnectFEA, SolidFEA, and WindCFD in action
Contact us using the contact form at the bottom of this page to set up a personalised demonstration.
Licensing
Licensing for GenFEA and SolidFEA is streamlined via BIMWERX's CumulusGate Licensing platform. This platform simplifies the process with easy single-sign-on (SSO) through user accounts, enhancing user convenience. Additionally, we provide options for bulk licensing configurations, complemented by an administrator portal designed for intricate and flexible license management, including assignment and retrieval. Purchasing licenses is also facilitated directly through CumulusGate, offering a seamless transaction experience. For any additional license enquiries, please do not hesitate to contact us (contact form below)
Download Area
Download and install GenFEA, SolidFEA and WindCFD now, no credit card required. You will require a trial license through our cloud-based licensing platform, CumulusGate. Follow the in-app instructions to activate your trial license.
Contact Us
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