Side Impact Dummy Models
PDB WorldSID-50
DYNAmore has developed a model of the WorldSID 50%. The model is validated with material, component and sled tests. The model was developed with a consortium of the German OEMs (PDB: Audi, BMW, Daimler, Porsche, and VW). The methods applied are the same as in the previous projects with the FAT for the ES-2, ES-2re, USSID, and BIORID model. The current release of the WorldSID 50th percentile male model is v7.1, it was released in July 2020.
FAT ES-2 und ES-2re Dummy-Modell
The ES-2 and ES-2re dummy is used in side-impact-assessments of the automotive industry for many years. Among others the dummy is currently utilized in the legal authorization in Europe (UN R95), Japan (Art. 18) and the USA (FMVSS 214). Additionally the dummy is used in consumer-protection-tests in America (f.e. U.S. NCAP) and Asia (f.e. ASEAN NCAP). Initially the dummy was developed within the FAT (consortium of the german automotive industry). The most recent version is v8.0.2, it was released in February 2020.
Humanetics SID-IIs Model
The current release of the SID-IIs SBL-D is version 4.3.3. The dummy represents a small female body and is used in legal authorization and consumer-protection. Examples are FMVSS 214, IIHS and U.S. NCAP.
FAT EuroSID Model
The ES-1 dummy is the previous model of the ES-2 and ES-2re. In some extend the ES-1 is used for legal authorization in India (AIS-099) and South Korea (KMVSS 102).
FAT US-SID and SIDHIII Model
The latest model of the FAT US-SID is version v5.0. The modified version, the SIDHIII v5.1 is used in lateral impact to a pole. For both dummies a detailed model is available.
Additional Information on the Side Impact Dummy Models
Ideas on Applying Very Fine Models in Dummy Model Development
Modeling Techniques for Predictive and Robust Dummy Models - Comparison with Validation and Verification, Considerations in other Applications
Comparison of ES-2re with ES-3 and USSID - Considerations for ES-2re model in FMVSS Tests
New Side Impact Dummy Developments
15 Years of Finite Element Dummy Development within the FAT