说明
Autodesk CFD software is a great tool for virtual prototyping and for understanding the performance of fluid-thermal systems. This class will explore using Autodesk CFD to test the performance of a ventilation system in a parking garage before the design is finished and implemented. Parking garages require carefully designed and engineered ventilation systems to keep air quality high and car exhaust (specifically toxic carbon monoxide) levels low. You will get information on mathematical background and design criteria, and learn how to prepare simulation-ready CAD, mesh settings, and solver options, as well as how to set up boundary conditions. By the end of this class, you will be able to perform your own Autodesk CFD car exhaust analysis in a garage or tunnel.
主要学习内容
- Learn how to set up boundary conditions that represent your system and design
- Understand basic meshing principles, concepts, and goals
- Learn how to set solver settings and understand convergence criteria
- Learn how to postprocess results and know how to make design changes based on simulation data
讲师
Matt BemisMatt Bemis is a CFD technical support specialist and CFD Knowledge Domain Expert at Autodesk, responsible for providing customer support in the Americas. Matt spends his days interacting with end users and helping them solve their engineering problems by best leveraging CFD. He is well versed in modeling electronics cooling, turbomachinery, external aerodynamics, automotive, and biomedical applications. Before joining Autodesk, Matt did product support and consulting for an application specific CFD tool which models airflow and cooling inside of data centers.
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