Home CAE – Analysis and Simulations

Optimizing performance: Computer-aided engineering

We deliver a comprehensive suite of computer-aided engineering (CAE) solutions, offering end-to-end support across diverse industries. Our advanced simulation capabilities cover the entire spectrum of engineering challenges. 

 

The result: You gain accurate and reliable insights that drive innovation and optimize performance.

 

Computer Aided Engineering

How we can help


Our CAE capabilities cover structural analysis, thermal simulations, fluid dynamics (CFD), and electromagnetic analysis. This allows us to address complex engineering challenges.
We can help you reduce time to market, minimize costs, and ensure your products meet the highest standards of quality and reliability.

Enhanced performance, safety, and efficiency.


Our CAE expertise covers a range of applications across different industries, ensuring accurate and reliable simulation results.


FE modeling

Precise structural meshing and the use of preprocessing tools to create detailed finite element models for various systems.

Structural analysis

Simulating material behavior under various conditions, and assessing strength and durability. We also optimize noise, vibration, and harshness performance.

CFD (Computational Fluid Dynamics) analysis

Includes aerodynamic performance, thermal management, battery cooling simulations, and fluid dynamics evaluations for optimizing system efficiency and design.

Safety analysis (vehicles)

Includes full vehicle crash simulations, seating system safety evaluations, and durability assessments of components like hood slams and lift gates.

NVH and vibration analysis

Assessing system vibration characteristics and simulating dynamic loads like torsion and bending.

Multibody Dynamics (MBD) analysis

Involves evaluating kinematics and simulating dynamic loads to predict system behaviour across various applications.

Electromagnetic compatibility analysis

Evaluating electromagnetic characteristics and assessing rotor stress to ensure the performance and structural integrity of electric motors and drive systems.

Postprocessing and reporting

Includes a detailed simulation analysis and visualization, along with providing comprehensive reports that include design optimization and performance improvement recommendations.