Converting ideas / concepts into engineered 3D CAD models
Updating 3D models for ECNs (Engineering Change Notes)
Converting 2D drawing into 3D CAD models
Preparing manufacturing drawings
Consideration of tolerances for specific manufacturing process
Bill of material
Finite Element Analysis:
FE Modeling – Performing Analysis is worry-free and less time consuming if FE model has been prepared carefully for given analysis.
Linear / Non-Linear Static Analysis – Appropriate contact definitions between components makes sure right load path in analysis of assemblies. Bolt loads extracted from FEA provides inputs for bolt design.
Vibration Analysis – Finding the natural frequency of component and evaluating the design under different excitations
Impact / Safety Analysis – Crash as per FMVSS, EuroNCAP, ECE regulations. Drop test of components
Thermal, Structural, Thermo-Structural Analysis
Optimization – Use the material where it is needed
Formability Analysis of Sheet Metal components – Evaluate your design for crack and wrinkle free formability.
Layered Composites Analysis – Most of the time, failure in layered composites starts due to inter-laminar shear. We evaluate inter-laminar shear stresses through FEA. The inter-laminar shear strength of a Chop Strand Mat (CSM) and Woven Roving Mat (WRM) combination is different than UDL/UDL and WRM/WRM combination. Also through different manufacturing processes, we obtain different fiber percentage in laminate which in turn changes the strength of laminate.