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H350 Model

Publishdate:2025-12-12 Views:44

H350 Dummy FEA Model
 
The H350 dummy model is developed by Dynawe in collaboration with Japan's JASTI company for calibrating various components of the dummy using LS-DYNA software. It involves calibrating and simulating analysis of each component according to the calibration procedure of the physical dummy model, comparing and optimizing the results with physical calibration tests, and ultimately obtaining a calibrated and validated high-precision H350 FEA dummy model. The latest version is currently 2.3.
 
Finite element model
 
Component-level Calibration
 
Head drop test calibration
 
Neck stretching test calibration
 
Neck bending test calibration
 
Hip-joint femur bending test calibration
 
Knee impact test calibration
 
Knee slider impact test calibration
 
Full dummy-level Calibration
 
Chest impact test calibration


For more information about the dummy model, please contact Shanghai Dynawe Information Technology Co., Ltd.:  Stephen Zhao, Tel: 13816888516, Email: stephen.zhao@dynawe.com.

H350 Dummy FEA Model
 
The H350 dummy model is developed by Dynawe in collaboration with Japan's JASTI company for calibrating various components of the dummy using LS-DYNA software. It involves calibrating and simulating analysis of each component according to the calibration procedure of the physical dummy model, comparing and optimizing the results with physical calibration tests, and ultimately obtaining a calibrated and validated high-precision H350 FEA dummy model. The latest version is currently 2.3.
 
Finite element model
 
Component-level Calibration
 
Head drop test calibration
 
Neck stretching test calibration
 
Neck bending test calibration
 
Hip-joint femur bending test calibration
 
Knee impact test calibration
 
Knee slider impact test calibration
 
Full dummy-level Calibration
 
Chest impact test calibration


For more information about the dummy model, please contact Shanghai Dynawe Information Technology Co., Ltd.:  Stephen Zhao, Tel: 13816888516, Email: stephen.zhao@dynawe.com.