Faster insights in rotating machinery development with Simcenter
Understand how rotating systems behave across operating conditions by integrating synchronized multiphysics measurements, advanced speed-based analysis and Digital Twin validation into a workflow that enables faster, more reliable engineering decisions.
In today’s engineering environment, rotating machinery is becoming faster, more electrified and increasingly integrated, while performance, durability and compliance requirements continue to rise. Engineers must understand mechanical, acoustic, electrical and torsional behavior as one interconnected system while delivering reliable insights faster and with greater confidence.
Leverage Simcenter to accelerate rotating machinery development
Simcenter™ hardware and software addresses these challenges through a unified workflow spanning synchronized multiphysics data acquisition, speed-based analysis, rotor dynamics, balancing, and test-to-simulation correlation. Combining testing expertise, advanced analytics, automated workflows and integrated hardware and software, Simcenter Testlab helps engineers identify issues earlier, improve product performance, strengthen Digital Twin validation and make faster, more reliable engineering decisions.
Read the solution guide to learn how synchronized mechanical, acoustic, torsional and electrical measurements, advanced order-based analysis and standardized workflows enable engineers to better understand rotating machinery behavior, accelerate root-cause analysis and validate rotating systems with greater confidence across operating conditions.