Integrate the reality of 3D models into the system simulation without sacrificing speed
Details
When developing complex products, components and subsystems are modeled through extensive expertise and dedication with regard to mechanical, thermal, electrical, magnetic or fluid mechanical properties in order to obtain realistic information about their properties. This knowledge and the predictive quality can be used further in system-level simulations by using numerical processes to derive very compact models (1,000–100,000 factor smaller) that reflect the behavior of the respective component at specific points. Such reduced order models (ROMs) combine the high speed of concentrated system models with the realism of 3D field analyses.
This webinar will provide you with an insight into the generation of such behavior models for mechanics, fluid mechanics, electromagnetics and temperature, as well as the integration in system simulations with 3D models, control and embedded software.
Agenda
System simulation
Depiction of components
Co-simulation and behavior models
Technical implementation for mechanics, temperature fields, fluid dynamics, magnetic fields and software
Target Group
Design engineers and persons responsible for system design