Multi-physics simulation becomes critical when multiple physical phenomena interact simultaneously. For example, motion, stress, vibration, thermal, fluid flow and electrical effects can all act simultaneously in simulating MEMS devices, semiconductor manufacturing process etc. >>>

When product fails in service or in manufacturing, we offer failure analysis service via simulation to determine the cause of failure to prevent future occurrence, and/or to improve the performance of the product. >>>

Based on verified and validated simulation models, probabilistic analysis can be performed to predict the reliability/life at high confidence levels. This not only reduces the cost of system testing, but also predicts the physics-of-failures, response of system and quantifies the uncertainty in loading environment. >>>

Simulation based engineering has become an essential component for design and evaluation of complex systems. Advancements in modeling, numerical algorithms, computers and computing over the past decades can be effectively employed to make unprecedented improvements in engineering design, manufacturing, materials, health, energy, environment and security. Explore this web site for simulation based engineering services that might potentially address the challenges in science and engineering problem at your hand and contact us.

Our  partnership with clients is to develop solutions tailored to their needs. Results:

• Quick response to market changes
• Data to reliable solutions - fast path to decisions
• Higher profitability and return on investment

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