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This simulation and related scripts are utilized for the demonstration of cloud computing with Open Knee(s) and derivative models. The sample model is a simplified representation of femur-anterior cruciate ligament-tibia based on Open Knee(s) - Generation 1 (version g1-s1-v1.1.0.391). The model includes femur and tibia as rigid bodies and anterior cruciate ligament as a deformable body with same constitutive properties as described for Open Knee(s) - Generation 1 model. | This simulation and related scripts are utilized for the demonstration of cloud computing with Open Knee(s) and derivative models. The sample model is a simplified representation of femur-anterior cruciate ligament-tibia based on Open Knee(s) - Generation 1 (version g1-s1-v1.1.0.391). The model includes femur and tibia as rigid bodies and anterior cruciate ligament as a deformable body with same constitutive properties as described for Open Knee(s) - Generation 1 model. Tibia is fixed, femur motion is prescribed using a clinically based joint coordinate system. Finite element analysis, using FEBio version 2.5.0, calculates resultant tibiofemoral joint forces, from which the anterior cruciate force is calculated. Femur kinematics at the final and intermediate steps of simulation are processed to report the resultant tibiofemoral joint kinematics in a clinically relevant manner. |
Contents
Synopsis
This simulation and related scripts are utilized for the demonstration of cloud computing with Open Knee(s) and derivative models. The sample model is a simplified representation of femur-anterior cruciate ligament-tibia based on Open Knee(s) - Generation 1 (version g1-s1-v1.1.0.391). The model includes femur and tibia as rigid bodies and anterior cruciate ligament as a deformable body with same constitutive properties as described for Open Knee(s) - Generation 1 model. Tibia is fixed, femur motion is prescribed using a clinically based joint coordinate system. Finite element analysis, using FEBio version 2.5.0, calculates resultant tibiofemoral joint forces, from which the anterior cruciate force is calculated. Femur kinematics at the final and intermediate steps of simulation are processed to report the resultant tibiofemoral joint kinematics in a clinically relevant manner.
Simulation Aims
Model
Inputs
Outputs
Simulation Conditions
Team Members
Progress
Source Code Repository
https://simtk.org/svn/openknee/app/CloudComputing/
Data
https://simtk.org/svn/openknee/app/CloudComputing/dat/
Model Customization
https://simtk.org/svn/openknee/app/CloudComputing/src/
Simulations
Post-Processing
https://simtk.org/svn/openknee/app/CloudComputing/sol/
Publications
https://simtk.org/svn/openknee/app/CloudComputing/doc/