for AI-powered automotive design.
MUNICH, Germany, Sep 19, 2024 – SimScale GmbH announced a suite of enhancements designed to deepen its support of real-time, simulation-driven design for the automotive sector.
SimScale, a fully cloud-native simulation platform, works with leading manufacturers, suppliers, and OEMs to ship better products faster while reducing R&D costs and increasing engineering innovation in a globally competitive landscape. Automotive companies use SimScale to design and optimize their products using a broad spectrum of analysis capabilities, including mechanical, thermal, CFD, and electromagnetics.
New features announced include:
- AI – Improvements to its fully capable AI simulation feature that sits side by side with its physics solvers and foresees all data from the simulation to be used for AI training and inference, accelerating rapid design convergence in the cloud.
- Electromagnetics – solver enhancements in areas such as electrostatic analysis, core losses for time-harmonic magnetics and nonlinear materials in time-harmonic magnetics.
- Electronics – Conjugate Heat Transfer (CHT) solver Improvements across temperature-dependent solid material properties, physics-based meshing in CHT (IBM) solver, and 3D spatial definition for surface heat flux in CHT simulations.
- Structural analysis – enhancements across applications such as pin connectors, global damping in harmonic analysis, 3D pressure boundary condition modeling and increased disk storage for harmonic and dynamic analyses.
- Enterprise collaboration – user and team management features to ease rollout of SimScale to large, globally dispersed engineering and simulation teams.
Jon Wilde, VP product management at SimScale, says “We’re excited to bring these enhancements to our customers as we look to help them unlock next-generation engineering techniques. Techniques such as these are only made possible through cloud-native simulation platforms in which model and simulation data persist in a way immediately accessible for AI, generative design, and optimization workflows.”
This platform announcement coincided with SimScale reporting they had surpassed the milestone of 600,000 registered users of their platform, marking a global shift in adoption of simulation-driven engineering design practices as traditional barriers like hardware limitations and expertise bottlenecks are removed.
The new features will be launched at the IAA Transportation Trade Fair in Hannover, Germany from Sep 17-22.
For more information, visit simscale.com.