Arup Cellbond Barrier Models
Arup Cellbond Barrier Models A range of robustly validated finite element models for Ansys LS-DYNA. Introduction Working in collaboration, Arup…
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Oasys PRIMER trees enable quick, easy and accurate positioning of complex human body models.
The Total Human Model for Safety (THUMS) is a finite element human body model intended for injury analysis. The model was jointly developed by Toyota Motor Corporation and Toyota Central R&D Labs. Inc.
Toyota Motor Corporation now offers the THUMS model free of charge as part of its efforts towards a safe mobility society.
Oasys model trees are now available for all royalty-free THUMS models:
Version 4:
Version 5:
Version 6:
Version 7 (new):

THUMS Pedestrian models v4.02 – from left to right: AM50, 6YO, AF05, AM50, AM95
Oasys PRIMER’s intuitive model positioning tools and the model tree help you easily set the THUMS model into the desired position.

Arup Cellbond Barrier Models A range of robustly validated finite element models for Ansys LS-DYNA. Introduction Working in collaboration, Arup…
* New* Arup-Cellbond Advanced Chinese Mobile Deformable Barrier (AC-MDB) For C-IASI 2023 side impact crashworthiness evaluations This barrier model is…
Arup Cellbond Barrier Models A range of robustly validated finite element models for LS-DYNA. AE-MDB Side Impact Barriers This barrier…