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Airbag simulation with FPM
Reference: CRS-SF-A
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| Level: | Advanced | ||
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| Duration: | 1 day | ||
| Audience: | CAE engineers, designers and specialists in structural crash and occupant safety | ||
| Objectives: | Understand the Finite Point Method theory and learn how to apply it. | ||
| Prerequisites: | Courses: Getting Started with PAM-CRASH 2G (CRS-C-B) and PAM-SAFE for experienced users (CRS-S-I) or equivalent advanced experience Suggested knowledge of airbag modeling |
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| Description: | A numerical description of gas dynamics within airbags is essential for the successful simulation of Out-Of-Position load cases, of lateral airbags, and of the opening behavior of protective covers. The Finite Point Method (FPM) is a CFD technology, developed by ESI Group. The theoretical overview of this technology is followed by a presentation of the relevant parameters, requirements, and the conversion of data records to FPM. |
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