Structural Analysis (FEA Simulation)
Our meticulous Structural Analysis tests emphasize on the various effects of load on products and components in a virtual environment. Using the Finite Element Analysis (FEA) simulation, we help you find and rectify potential structural anomalies.
Design validation or virtual tests for Covers and Gratings as per EN-1433,EN-124,AS-3996 standards, and covers also as per FACTA standards.
Linear static stress analysis
We conduct various tests and focus on:
- Design study with respect to the applied load
- Conventional stress and deflection calculations
- Weldment analysis
Design optimization
We conduct various tests to optimize existing designs and focus on:
- Weight reduction analysis
- Optimizing design variables based on performance targets
- Value Addition and Value Engineering analysis
Non-Linear analysis
We conduct various non-linear FEA tests and focus on:
- Material non-linear analysis to assess the polymer design (Plastic and Rubber) components Example: Nylon, Polypropylene
- Elastic-plastic analysis to determine the elastic-plastic deformation, beyond yield strength of the material
- Geometric non-linear analysis to scrutinize large deformations in sheet metal designs
Fracture mechanic or Rupture analysis
We conduct tests to determine the status of design when stress or load is applied continuously, and focus on:
- Crack and Creep analysis
- Fatigue analysis to determine the maximum load, to that the design can withstand, and the life of the design
Frequency analysis
We conduct various tests and focus on:
- Natural frequencies and mode shapes
- Seismic analysis responses
- Buckling modes or critical load calculations
Thermal analysis
We conduct tests and focus on:
- Steady state thermal analysis
- Transient thermal analysis
- Thermal stress analysis
- Coupled thermal and structural analysis
Time domain analysis
We conduct the following tests to determine the fragility of a product prototype:
- Impact analysis
- Drop test