ATD-H395
Model Description
The ATD-H395 is a Finite Element (FE) representation of the Hybrid III 95th Male dummy hardware.
It was modelled and numbered in the same way as the other ATD Hybrid-III-Dummies. This enables the analyst already using ATD dummy models to easily include the ATD-H395 model in existing scripts for simulation and reporting. The precise modelling results in accurate simulation and insight for particularly demanding load cases such as heavy occupant knee mapping and interactions with restraint systems.
Some characteristics of the ATD-H395 are (similar to those of the ATD-H350/305):
- Same numbering as the other ATD-Hybrid-III-Dummies
- Prestressed chest and jacket
- Prestressed joint buffers
- Modelling insight through realistic implementation of the geometry
FE Pre-Processors
- GNS Generator4
- Beta CAE Systems ANSA
- ANSYS LS-PrePost
- Altair HyperMesh
- Oasys PRIMER
FE Solver
- ANSYS LS-DYNA®*
- ESI VPS Pam-Crash*
- Dassault Systèmes ABAQUS®*
* The trade names are the property of the owning companies.
ATD Model Features
- High accuracy owing to physics-based modeling techniques
- FE models available for industry standard explicit FE codes
- Commonality of modeling standards for all dummy models
- Uniform discretization, nomenclature and numbering systems
- Same scripts for pre and post processing
- Same session file and application procedures
- Full utilization of code-specific features of each solver
Advantages for Users
- Systematic title nomenclature refers to the assembly groups
- Prefix in each title description allows a fast adjustment to the nomenclature of the load case
- Numeration not overlapping the assembly groups
- Advantage in pre and post processing
- Allows selection of assembly parts and groups
- Each assembly group close defined for itself
- Definition regarding the master, e.g. contacts relate to the assembly group
TRIAL INSTALLATION
You can try this product free of charge for 30 days.
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