Abstract
Join this Tech Talk to learn about new capabilities including Single GPU solver for efficient concept aerodynamics design.
SIMULIA PowerFLOW enables users to leverage transient Lattice Boltzmann-based physics to accurately predict real world conditions. The latest release of SIMULIA PowerFLOW, available on the 3DEXPERIENCE platform and on the cloud, provides a wide range of new capabilities to accelerate product innovation.
Join this Tech Talk to learn about the following enhancements:
- Precise Wrap to close holes and gaps in complex assemblies with elimination of internal geometry to significantly reduce model build time
- Operations for repeatable automation for complex engineering workflows
- New Single GPU solver for efficient concept aerodynamics design—leverage NVIDIA GPUs for low subsonic flow with porous media
- New features in DigitalROCK including multiscale porous media, a comprehensive solution with resolved and modeled porous scales, which is useful for enhanced oil recovery (EoR) and carbon capture
- Unified Slice which simplifies and speeds up post-processing for large datasets
- Parallel content generation in PowerINSIGHT to accelerate the post-processing of complex transient data sets containing large number of frames
- Filtering tools in DesignGUIDE that can be used to narrow down promising designs on the Pareto frontier of the design space
- A new sedan type that enables the rapid evaluation of electric vehicles with mounted sensors for interior noise, while time varying interior noise is useful to auralize and plot transient aeracoustic noise signature found in real world conditions
Hierarchical partitions to support organization and automation for complex vehicle models that reflects CAD assembly organization and enables the use of a simulation master assembly for all applications.
ThisTech Talk will be held here in this post, in our SIMULIA Community, giving you the capacity to interact live with our presenter as well as being able to watch the presentation again on demand.
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Speaker
