'Meshing-less' Method for Predictive Aerodynamic Simulations - 'Meshing-less' Method for Predictive Aerodynamic Simulations - Content
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'Meshing-less' Metho ...
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AVL Webinar
'Meshing-less' Method for Predictive Aerodynamic Simulations
Presenter: Sanjin Saric, Jan Viher, Zoran Pavlovic
Language: English
The link to join the webinar will be available here 10 minutes before the start of the webinar!
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December 1, 2021
9:00 AM CET
60 mins
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description
The early design stages of vehicle development process are typically associated with low quality CAD data. Preparatory work is burdensome and costly, requiring large manual workload and skilled user. In this webinar you will learn how to avoid tedious, non-value adding activities and perform efficient and accurate aerodynamic simulations using innovative Embedded Body Method (EBM).
Key topics and takeaways
• No meshing effort combined with competitive computational effort and result accuracy
as a practical solution suitable for WLTP regulations
• Simple and intuitive, easy-to-use workflow, from the CAD surface import to the simulation setup, execution and automated post-processing
• Find out how EBM in FIRE M fully leverages advantages of the advanced turbulence modeling combined with a proper adaptive refinement strategy
• Powerful Solution App with built-in application know-how for non-expert users, enabling simulations for innovative and faster design
• Short turnaround times, automated analysis of multiple variants without remeshing
Key topics and takeaways
• No meshing effort combined with competitive computational effort and result accuracy
as a practical solution suitable for WLTP regulations
• Simple and intuitive, easy-to-use workflow, from the CAD surface import to the simulation setup, execution and automated post-processing
• Find out how EBM in FIRE M fully leverages advantages of the advanced turbulence modeling combined with a proper adaptive refinement strategy
• Powerful Solution App with built-in application know-how for non-expert users, enabling simulations for innovative and faster design
• Short turnaround times, automated analysis of multiple variants without remeshing
date and duration
December 1, 2021 9:00 AM CET
60 mins