Engineer shock and vibration mission success in extreme environments with Simcenter

In today’s fast-paced marketplace, rising product complexity, development costs, and product variants make it increasingly challenging to verify device-under-test (DUT) survivability in dynamic service environments. Traditional physical prototyping and testing become more difficult as product variants grow, creating a need to perform testing earlier in the development process and support validation before physical hardware is built. At the same time, engineers must reproduce mission-equivalent shock, vibration, and acoustic environments, evaluate structural response through synchronized measurements, and ensure safe, controlled test execution. As a result, engineering teams need integrated shock and vibration testing solutions that combine closed-loop control, advanced analysis, virtual shaker testing, and hybrid physical/virtual validation workflows to de-risk qualification, characterize environments and test results with maximum precision, and accelerate test execution and reporting.

Leverage Simcenter for shock and vibration testing

Simcenter™ software and hardware for shock and vibration testing solutions integrate a high-speed, multichannel, closed-loop shaker control system with parallel data acquisition and advanced analysis capabilities. By combining synchronized measurements, virtual shaker testing, and hybrid physical/virtual validation workflows, Simcenter helps engineers reproduce mission-equivalent shock, vibration, and acoustic environments, evaluate structural response, and de-risk qualification earlier.

Read this solution guide to learn how Simcenter helps engineering teams perform vibration and acoustic environmental testing, collect high-precision multiphysics measurements, define realistic and accelerated test profiles, and execute testing safely while streamlining data processing, analysis, and reporting.