A Method for Reproducible Landmark-based Positioning of Multibody and Finite Element Human Models

Edwin Christoph Klein, María González-García, Jens Weber, Freerk Bosma, Richard Lancashire, Dominik Breitfuß, Stefan Karl Kirschbichler, Werner Leitgeb

Publikation: Beitrag in Buch/Bericht/KonferenzbandBeitrag in einem KonferenzbandBegutachtung


The basis for comparable occupant simulations with different Human Body Models lies in well-determined initial model positions. Therefore, a repeatable method which positions the Human Models according to a settled target posture is required. Moreover, the existing anthropometric variations between different Human Body Models need to be considered. The available tools are focusing on positioning methods, whereas the required capability to adapt the input target data to a certain Human Body Model’s anthropometry was not found in current literature. The presented method covers both steps: 1) the positioning of different Human Body Models to an adapted target position based on their anthropometry and 2) their settling on the seat. For this purpose, a set of consistent landmark coordinates relative to a seat environment is required as target posture for the positioning of different Human Body Models. This procedure is demonstrated for two Finite Element Human Body Models. The trajectories which transfer the models to their target positions, were calculated automatically with an executable script in the software PIPER. Besides, the positioning of the Multi Body Human Body Model was done with the existing Madymo pre-processor. Furthermore, a gravity-based method was applied to reach a realistic contact situation. After the positioning process, it is shown that the three models reach a common posture with the maximum deviation of 10 mm at the knee due to different femur lengths.
TitelIRCOBI Conference 2021
PublikationsstatusVeröffentlicht - 10 Sept. 2021
VeranstaltungInternational Research Council on the Biomechanics of Injury: IRCOBI 2021 - Virtuell
Dauer: 8 Sept. 202110 Sept. 2021


KonferenzInternational Research Council on the Biomechanics of Injury


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