aPLI Legform
Publishdate:2025-12-12 Views:24
aPLI legform FEA Model
The aPLI legform model is developed by Dynawe in collaboration with Japan's JASTI company for the LS-DYNA software, which calibrates model components. It undergoes calibration simulation analysis following the calibration procedure of the physical leg model, and is compared and optimized with the results of physical calibration tests. Ultimately, a high-precision aPLI legform finite element model that has been calibrated and validated is obtained. The latest version is currently under development.

Finite element model
Component-level calibration

Quasi-static three-point bending test for femoral components calibration

Tibial component quasi-static three-point bending test calibration

Quasi-static three-point bending test for knees calibration
Overall legform shape calibration


Reverse 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.
aPLI legform FEA Model
The aPLI legform model is developed by Dynawe in collaboration with Japan's JASTI company for the LS-DYNA software, which calibrates model components. It undergoes calibration simulation analysis following the calibration procedure of the physical leg model, and is compared and optimized with the results of physical calibration tests. Ultimately, a high-precision aPLI legform finite element model that has been calibrated and validated is obtained. The latest version is currently under development.

Finite element model
Component-level calibration

Quasi-static three-point bending test for femoral components calibration

Tibial component quasi-static three-point bending test calibration

Quasi-static three-point bending test for knees calibration
Overall legform shape calibration


Reverse 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.
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