Computer-aided engineering (CAE) is one of the most powerful tools of the recent era, utilized in the design & development phase of any product to provide efficient, cost-effective results. We can investigate and predict mechanical, thermal, electrical, and fatigue stresses, as well as fluid flow, heat transfer, and noise/vibration/harshness, using this analysis. CAE methods are applied starting from the concept definition stage itself, for majority of design verification and optimization in the product development process. DEP offers customized and optimized CAE verification and validation programs utilizing leading simulation tools such as MeshWorks and a best-in-class design and engineering expert team.
DEP offers customized and optimized CAE verification and validation programs utilizing leading simulation tools like MeshWorks, and with the support of best-in-class design and engineering expert team.
DEP Value Addition:
- State-of-art CAE platform and methodologies for Product Development
- High performance guaranteed resources for full system development from concept definition to system validation
- Extensive and experienced Engineering team for support
- CAE process development and simulation systems management consulting
DEP CAE Verification and Validation Services:
- Linear & Non-Linear Analysis
- Acoustics & Vibration Analysis
- Crash Related Simulation
- Computational Fluid Dynamics (CFD) for analysis of heat transfer, pressure loss, flow etc.,
- Multi-body Dynamics for analysis of dynamic behaviour
- Finite Element Analysis (FEA) for stress / strain calculations
- Fatigue analysis for structural and component durability
Customer Benefits:
With the core on engineering proficiency and decades of working experience, DEP executed broad range of CAE support projects from concept development to production. Our customers value DEP’s:
- Robust software tool competences for accurate and reliable results
- Extensive potential in saving time and cost
- Proven methods for high speed solutions
- Enhanced simulation driven development process