Precision in composite design starts with simulation. At Astromal, we provide comprehensive FEM strength calculations (Finite Element Method) to verify the structural integrity of complex GFRP components. By simulating real-world stresses before production, we optimize material usage and ensure maximum safety for every project.
Advanced FEM Strength Calculations for Composite Engineering
Why Structural Analysis Matters for Composites?
Unlike isotropic materials like steel, composites require specialized FEM strength calculations due to their layered nature. Our analysis includes:
Integrated Engineering Workflow
Our FEM strength calculations are a core part of our 3D Scanning & Reverse Engineering and design process. Whether you are developing a new railway component or a heavy-duty industrial tank, our simulations provide the data needed to move confidently from CAD to CNC Tooling. Trust our expertise to deliver lightweight, durable, and fully validated composite solutions.
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Finite Element Method (FEM)
Due to their geometric complexity, most structures require the use of computer methods. The most common of such methods is the Finite Element Method (FEM), in which an item is divided into many simpler pieces (finite elements).
Examine the mechanical interactions
between components
The goal of our calculations is
to examine the mechanical interactions between these components,
which are determined by a computer.