Calculation of in vivo joint forces and contact pressure distributions is complex. Several methods have been developed with combinations of in vivo imaging, kinematic studies, and computational models to evaluate joint mechanics. One method of model construction uses compute
Computational models can provide information on joint function and risk of tissue failure related to...
A dynamic musculoskeletal model of the elbow joint in which muscle, ligament, and articular surface ...
It is not known how inhomogeneous mechanical properties of bone affect contact mechanics and cartila...
Computational measurement of joint contact distributions offers the benefit of non-invasive measurem...
<p>(A) Surface models of a dysplastic hip; (B) Volume meshes of a dysplastic hip. (C) Surface models...
Articular cartilage experiences significant mechanical loads during daily activities. Healthy cartil...
A computational model of the tibiofemoral joint utilizing the discrete element analysis method has b...
Articular cartilage covers the articulating ends of diarthrodial joints. It plays a vital role in th...
There is a long history of mathematical and computational modelling with the objective of understand...
A new methodology for subject-specific finite element (FE) modeling of the tibiofemoral (TF) joint b...
Thesis (M.S.)--University of Kansas, Mechanical Engineering, 2007.The purpose of this study was to d...
AbstractThere is a long history of mathematical and computational modelling with the objective of un...
Contact analysis is crucial for the study of human joints. In order to perform this analysis in-viv...
WOS: 000236197500003PubMed ID: 16488773This paper describes a two-dimensional dynamic model of the h...
We describe comprehensive analysis tools for human joints, such as knees, hips, and hands. The tools...
Computational models can provide information on joint function and risk of tissue failure related to...
A dynamic musculoskeletal model of the elbow joint in which muscle, ligament, and articular surface ...
It is not known how inhomogeneous mechanical properties of bone affect contact mechanics and cartila...
Computational measurement of joint contact distributions offers the benefit of non-invasive measurem...
<p>(A) Surface models of a dysplastic hip; (B) Volume meshes of a dysplastic hip. (C) Surface models...
Articular cartilage experiences significant mechanical loads during daily activities. Healthy cartil...
A computational model of the tibiofemoral joint utilizing the discrete element analysis method has b...
Articular cartilage covers the articulating ends of diarthrodial joints. It plays a vital role in th...
There is a long history of mathematical and computational modelling with the objective of understand...
A new methodology for subject-specific finite element (FE) modeling of the tibiofemoral (TF) joint b...
Thesis (M.S.)--University of Kansas, Mechanical Engineering, 2007.The purpose of this study was to d...
AbstractThere is a long history of mathematical and computational modelling with the objective of un...
Contact analysis is crucial for the study of human joints. In order to perform this analysis in-viv...
WOS: 000236197500003PubMed ID: 16488773This paper describes a two-dimensional dynamic model of the h...
We describe comprehensive analysis tools for human joints, such as knees, hips, and hands. The tools...
Computational models can provide information on joint function and risk of tissue failure related to...
A dynamic musculoskeletal model of the elbow joint in which muscle, ligament, and articular surface ...
It is not known how inhomogeneous mechanical properties of bone affect contact mechanics and cartila...