SimScale Introduces EV Component Compliance Testing Simulation Features

 


SimScale GmbH unveiled new functionalities in its cloud-native engineering simulation software, catering to structural and mechanical simulation needs. These updates include large-scale vibration analysis and modal-based harmonics, enabling engineers across industries like automotive, manufacturing, medical, and more, to conduct intricate analyses on complex CAD models.

The introduction of modal-based harmonics empowers engineers to perform detailed vibration analysis through a singular analysis type, automatically generating comprehensive response spectrums. SimScale is hosting a live demonstration focusing on vibration analysis of an electric vehicle (EV) inverter. This showcase will highlight the modal-based workflow, exhibiting the replication of a complete shaker table test regime via parallel cloud-based computation, a pivotal aspect in adhering to safety requirements and global standards during product development. Leveraging simulations to emulate physical tests could notably reduce time and expenses for engineers.

The webinar aims to guide engineers on creating SimScale accounts, uploading and preparing CAD files for FEA simulation, executing precise vibration assessments, applying global damping for natural frequency response resolution, conducting multi-directional shaker table tests in parallel, and conducting online post-processing for insights into their products. Participants will gain insights into leveraging simulation technology efficiently for their engineering projects.

Read More - https://www.techdogs.com/tech-news/business-wire/simscale-launches-simulation-features-for-compliance-testing-of-electric-vehicle-components

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