FE-MODELS FOR AUTOMOTIVE LOAD CASES.

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Finite element barrier models for the simulation of automotive load cases with LS-DYNA

Honeycomb Barrier

Barrier models are the key to bringing real-world crash scenarios into the virtual environment with confidence. They define how loads interact with the vehicle and make the difference between rough estimates and truly meaningful simulation results.  
Our validated, continuously maintained, and licensed barrier models ensure maximum accuracy, reliability, and consistency. They enable you to reproduce critical load cases with confidence, achieve compliance with current safety standards, and significantly reduce the need for costly physical testing — accelerating your development while improving result quality.

GNS MPDB v3.1.0

Features of GNS MPDB barrier model

GNS FWDB v1.0.0

Initial setup of GNS FWDB barrier model according to the FWDB specification

GNS NHTSA OMDB v1.0.0

Modelling of the GNS NHTSA OMDB barrier model

GNS ODB v1.0.1

Initial setup of GNS ODB barrier model according to the ECE R94 ANNEX 9 specification

GNS AE-MDB v1.0.0

Initial setup of GNS AE-MDB barrier model according to the AE-MDB specification

GNS Advanced2000 (EEVC) v1.0.0

Modelling of the GNS Advanced2000 barrier in accordance with ECE-R-95

GNS SC-MDB v0.4.2

Features of GNS SC-MDB barrier model

GNS AC-MDB v1.0.0

Initial setup of GNS AC-MDB barrier model according to the AC-MDB specification

GNS IIHS_V2.0 v1.0.2

Initial setup of IIHS_V2.0 barrier model according to the IIHS_V2.0 specification

NHTSA MDB v1.0.0

Features of GNS MDB barrier model

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