MSC Software Corporation today announced that CEVT (China Euro Vehicle Technology AB) based in Gothenburg, Sweden, has used MSC Nastran advanced nonlinear to design and analyze the vehicle architecture of C-segment cars for Volvo Cars and Geely Auto.
CEVT is focused on developing new modular architectures and key components for Volvo Cars and Geely Auto in the C-segment (small family car segment).
The integrated set of engineering simulation solutions from MSC Software and MSC Nastran help CEVT with the advanced linear and nonlinear analysis required in the architecture development program. “The single model approach helps us save time and ensure our high quality standards. We are able to use the same data for NVH, Durability and Nonlinear Analysis,” says Anders Werner, Module Team Director CAE.
A vehicle architecture is the integration of a set of common components, defined functional and performance limits, a set of common interfaces, a range of dimensional flexibility, as well as a common manufacturing system. The set of common components and common manufacturing system enables rationalization and raises efficiency. Using the dimensional flexibility and set of common interfaces, different sizes of vehicles can be built on the same architecture. Using differentiated functional and performance limits and set of common interfaces enables building vehicles with completely different brand characteristics on the same architecture, thereby protecting and serving the different needs of Volvo Cars and Geely Auto.
