3-D biodynamic constraint conditions with three segments and two articulating joints on the human knee

Xishi Wang; Li Qun Zhang

doi:10.4015/S1016237202000279

3-D biodynamic constraint conditions with three segments and two articulating joints on the human knee

Xishi Wang^*, Li Qun Zhang

^*Corresponding author for this work

Research output: Contribution to journal › Article › peer-review

Abstract

In the paper, the 3-D biodynamic constraint conditions with three-segments (femur-patella-tibia) and two articulating joints (patellofemoral joint and tibiaofemoral joint) on the human knee are established. These constraint conditions of motion accommodate two situations: a two-point and a single-point contact on the patellofemoral joint and tibiaofemoral joint. On the other word, the present constraint modeling includes both rolling and sliding motions between the patella-femoral joint and tibia-femoral joint. This study can be explored a realistically 3-D biodynamic modeling of the human knee joint or human lower extremity.

Original language	English (US)
Pages (from-to)	183-188
Number of pages	6
Journal	Biomedical Engineering - Applications, Basis and Communications
Volume	14
Issue number	5
DOIs	https://doi.org/10.4015/S1016237202000279
State	Published - Oct 25 2002

Keywords

3-D motion
Constraint conditions
Human knee
Three-dimensional biodynamic

ASJC Scopus subject areas

Biophysics
Bioengineering
Biomedical Engineering

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title = "3-D biodynamic constraint conditions with three segments and two articulating joints on the human knee",

abstract = "In the paper, the 3-D biodynamic constraint conditions with three-segments (femur-patella-tibia) and two articulating joints (patellofemoral joint and tibiaofemoral joint) on the human knee are established. These constraint conditions of motion accommodate two situations: a two-point and a single-point contact on the patellofemoral joint and tibiaofemoral joint. On the other word, the present constraint modeling includes both rolling and sliding motions between the patella-femoral joint and tibia-femoral joint. This study can be explored a realistically 3-D biodynamic modeling of the human knee joint or human lower extremity.",

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T1 - 3-D biodynamic constraint conditions with three segments and two articulating joints on the human knee

AU - Wang, Xishi

AU - Zhang, Li Qun

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N2 - In the paper, the 3-D biodynamic constraint conditions with three-segments (femur-patella-tibia) and two articulating joints (patellofemoral joint and tibiaofemoral joint) on the human knee are established. These constraint conditions of motion accommodate two situations: a two-point and a single-point contact on the patellofemoral joint and tibiaofemoral joint. On the other word, the present constraint modeling includes both rolling and sliding motions between the patella-femoral joint and tibia-femoral joint. This study can be explored a realistically 3-D biodynamic modeling of the human knee joint or human lower extremity.

AB - In the paper, the 3-D biodynamic constraint conditions with three-segments (femur-patella-tibia) and two articulating joints (patellofemoral joint and tibiaofemoral joint) on the human knee are established. These constraint conditions of motion accommodate two situations: a two-point and a single-point contact on the patellofemoral joint and tibiaofemoral joint. On the other word, the present constraint modeling includes both rolling and sliding motions between the patella-femoral joint and tibia-femoral joint. This study can be explored a realistically 3-D biodynamic modeling of the human knee joint or human lower extremity.

KW - 3-D motion

KW - Constraint conditions

KW - Human knee

KW - Three-dimensional biodynamic

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SN - 1016-2372

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ER -

3-D biodynamic constraint conditions with three segments and two articulating joints on the human knee

Abstract

Keywords

ASJC Scopus subject areas

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