Finite Element Analysis services

Finite Element Analysis (FEA) is a crucial tool in product design, whether you're developing a new product or refining an existing one. By simulating and analyzing different design variations, FEA ensures the product will meet performance standards before it reaches production. This method significantly reduces both time and cost when compared to the traditional iterative approach of physically testing prototypes.

From a practical standpoint, FEA enables you to:

Predict and enhance the performance and reliability of a product early in its design phase.
Minimize reliance on physical prototypes and reduce costly testing procedures.
Evaluate multiple design options and materials to determine the most effective combination.
Optimize the design process, leading to reduced material waste and overall resource consumption.

In essence, structural FEA offers a drastic reduction in prototyping costs, while also providing assurance about the product's functionality from the very early stages of development, ensuring a more efficient and reliable design cycle.

Linear Calculations

Linear FEM is a cost-effective method for analyzing complex structures like steel and aluminum. It handles multiple load cases simultaneously and accommodates intricate geometries, surpassing traditional hand calculations.

Our Range of FEM Calculations

Non - Linear Calculations

Non-linear analysis is essential for materials with plastic behavior, large deformations, or contact interactions. It provides more accurate results than linear analysis, helping refine designs for real-world performance.

Dynamics Calculations

Dynamic analysis is crucial for designs under fluctuating loads or cyclic stress. Modal, transient, and fatigue analysis provide insights into a structure’s behavior, performance, and fatigue life under varying conditions.

Explicit Calculations

Explicit analysis is ideal for dynamic events like crashes or blast waves. It offers high accuracy, computational efficiency, and is effective for large, complex designs and short-term, intense phenomena.