How to Fast Track Design Performance Mapping with Rescale's Cloud-Powered DoE Workflow & NUMECA скачать в хорошем качестве

How to Fast Track Design Performance Mapping with Rescale's Cloud-Powered DoE Workflow & NUMECA

Learn how to leverage virtually unlimited cloud resources to quickly obtain your design’s performance data. Engineers and scientists who would normally work with limited on-premise resources and wait long hours in a queue for a few cores, or slowly crunch simulation by simulation on their local workstations, can cut down simulation time from days to less than a couple of hours, simply by combining Rescale's Design-of-Experiments (DoE) framework and modern CFD tools, like the fast and accurate FINE/Turbo NUMECA Software. We’ll explore together the basic setup of a High Performance Centrifugal Compressor (HPCC) stage model. Then, deploy the model using the Rescale ScaleX DoE framework to run all the simulations required to explore the whole range of operation and performance of the compressor stage. The centrifugal impeller geometry is the scaled version of the original DDA's 404-III compressor, a widely known model in the Aircraft Propulsion and Power industries (published by the NTRS: “Coordinates for a High performance 4:1 Pressure Ratio Centrifugal Compressor”, July 1997). About Rescale: Rescale is the leader in enterprise big compute in the cloud. Rescale empowers the world’s transformative executives, IT leaders, engineers, and scientists to securely manage product innovation to be first to market. Rescale’s ScaleX® multi-cloud platform, built on the most powerful high-performance computing infrastructure, seamlessly matches software applications with the best cloud or on-premise architecture to run complex data processing and simulations. For more information on Rescale, visit www.rescale.com. About Numeca International;: NUMECA International is a worldwide provider of CFD software and consulting services. NUMECA software is used for the simulation, design, and optimization of fluid flow and heat transfer. It is used by product developers, design, and research engineers, allowing them to reach superior product quality and performances at a reduced engineering cost.