April 08 – 09, 2025 | Frankfurt/Hanau, Germany

BETA CAE Systems Workshop

Part 1
Streamline of pre & post-processing of Oil Canning Analysis

A typical Oil Canning analysis starts with the identification of the critical points through a linear static or normal modes analysis. In the next step, a nonlinear static analysis is performed on those critical points for the durability evaluation of panel areas. This process is assumed to be a time-consuming task since it requires repeating the same steps for numerous points in the exterior parts of a vehicle.

The tool, developed to overcome these challenges, aims to accelerate the process by eliminating the huge number of iterations and automating the pre and post-processing modeling steps such as the device positioning and final report of critical points.

Part 2
Leveraging Multiscale Modelling for the Prediction
of Composite Material Response

The framework for the multiscale modeling of composites is comprised of two main parts, the microscale material characterization and macroscale analysis. The usage of an RVE Generator, the laminated model generation, and a new toolset for efficient post-processing are highlighted in a workflow-based process. This approach streamlines the design and analysis of advanced composite structures, promoting innovation and sustainability.