Summary
- SimScale offers AI simulation to speed up thermal management design
- Engineers can explore design space, reduce physical prototyping and testing
- Features include ultra-fast training data generation and high-fidelity CAE solvers
- Webinar focuses on optimizing liquid cooling plate flow channel for EV power inverter
- Fall Virtual Conference covers EV engineering supply chain and ecosystem, including motor design and thermal management
Article
SimScale’s Co-Founder and Product Manager Alexander Fischer demonstrates how AI simulation can accelerate thermal management design processes, reducing analysis workflows from days to hours. Engineers globally are benefiting from the ability to simulate early on in the development process, helping them evaluate their products’ physical behavior and eliminate poor design candidates upfront. Key features of this approach include ultra-fast training data generation through unlimited parallel simulations in the cloud, industry-leading AI model training, AI model access via a web browser, instant 3D physics solutions after design adjustments, and exposure of AI prediction confidence levels to the user.
The webinar presented by SimScale focuses on an industrial case involving an EV power inverter and optimizing its liquid cooling plate flow channel. Attendees will learn about the rapid and intuitive decision-making workflow, including the creation of training data through CFD simulations on design variations, an introduction to AI modeling, and the insights gained from AI simulations of design updates. Interested individuals are encouraged to reserve their spot for this free event and gain valuable insights into leveraging AI simulation for efficient design optimization.
Epic Resins is hosting a webinar at the Fall Virtual Conference on the power of versatility in polyurethanes for electronic potting applications. Engineers will explore the various properties and characteristics of polyurethanes that can be tailored to meet specific requirements in eMobility applications. By optimizing polyurethanes, manufacturers can enhance performance while maintaining exceptional quality standards, gaining a competitive edge in the industry. Attendees will learn how to accelerate time to market by formulating solutions tailored to their applications. Interested individuals are invited to reserve a spot for this free webinar to expand their knowledge and harness the full potential of polyurethanes in electronic potting.
The Fall Virtual Conference on EV Engineering will be broadcast live from September 16-19, 2024, covering various aspects of the EV engineering supply chain and ecosystem. Sessions will include discussions on motor and power electronics design and manufacturing, cell development, battery systems, testing, powertrains, thermal management, circuit protection, wire and cable, EMI/EMC, and more. Engineers, researchers, and industry professionals will have the opportunity to explore the latest trends and advancements in electric vehicle technology, contributing to the growth and development of the sector.
Overall, by participating in these webinars and virtual conference sessions, attendees can gain valuable insights into innovative technologies and methodologies that can enhance the efficiency and effectiveness of thermal management design, electronic potting with polyurethanes, and various aspects of EV engineering. By leveraging AI simulation, industry-leading training models, and rapid decision-making workflows, engineers can streamline their design processes, reduce costs, and accelerate time to market, ultimately driving progress in the field of electric vehicles and related technologies. Interested individuals are encouraged to reserve their spots for these free events to stay informed and connected with the latest advancements in the industry.
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