APM FEM is a strength analysis module designed to integrate seamlessly with the KOMPAS-3D CAD software system. Its primary objective is to empower engineers to make informed design decisions by performing calculations directly on 3D models. This capability significantly enhances product development quality and reduces time-to-market, thereby increasing competitiveness. The module is particularly suited for analyzing small-dimensioned parts and assemblies such as thrusts, lugs, stops, brackets, angles, levers, body parts, and support elements. For these components, rapid strength evaluation and structural optimization are crucial, facilitated by the associative link between geometric and computational models. The calculation process involves preparing 3D models, defining boundary conditions (loads and supports), generating meshes, performing calculations, and analyzing results like stresses, displacements, and safety factors. Users can then modify the model based on these results and re-run analyses to confirm performance. Additional functionalities include surface model calculations and topological optimization for improved mass-stiffness characteristics. APM FEM offers a unified interface within KOMPAS-3D, simplifying operations for both geometric and computational modeling. It works directly with geometric models without format conversion and integrates with the APM WinMachine system, providing comprehensive CAE capabilities. Technical support and assistance are also provided.

Features & Benefits

• Strength Analysis Module: Integrates with KOMPAS-3D for 3D model calculations to improve design quality and speed up development.
• Key Calculation Capabilities: Supports static analysis, buckling analysis, modal analysis, steady-state thermal analysis, and thermoelasticity analysis.
• Advanced Features: Includes surface model calculation and topological optimization for material distribution and mass-stiffness improvement.
• Integrated Workflow: Operates directly with geometric models within the KOMPAS-3D interface, eliminating format conversion needs.
• User-Friendly Interface: Provides a single, intuitive interface for setting boundary conditions, meshing, performing calculations, and visualizing results.