Extended foot-ankle musculoskeletal models for application in movement analysis
Multibody simulations of human motion require representative models of the anatomical structures. A model that captures the complexity of the foot is still lacking. In the present work, two detailed 3D multibody foot-ankle models generated based on CT scans using a semi-automatic tool are described....
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| Veröffentlicht in: | Computer Methods in Biomechanics and Biomedical Engineering 2016-07, Vol.20 (2), p.153-159 |
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| container_title | Computer Methods in Biomechanics and Biomedical Engineering |
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| creator | Malaquias, Tiago Silveira, Carolina Aerts, Wouter De Groote, Friedl Dereymaeker, Greta Vander Sloten, Jos Jonkers, Ilse |
| description | Multibody simulations of human motion require representative models of the anatomical
structures. A model that captures the complexity of the foot is still lacking. In the present work,
two detailed 3D multibody foot-ankle models generated based on CT scans using a semi-automatic
tool are described. The proposed models consists of five rigid segments (talus, calcaneus, midfoot,
forefoot and toes), connected by five joints (ankle, subtalar, midtarsal, tarsometatarsal and
metatarsophalangeal), one with 15DOF and the other with 8DOF. The calculated kinematics of both
models were evaluated using gait trials and compared against literature, both presenting realistic
results. An inverse dynamic analysis was performed for the 8DOF model, again presenting feasible
dynamic results. |
| format | Article |
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structures. A model that captures the complexity of the foot is still lacking. In the present work,
two detailed 3D multibody foot-ankle models generated based on CT scans using a semi-automatic
tool are described. The proposed models consists of five rigid segments (talus, calcaneus, midfoot,
forefoot and toes), connected by five joints (ankle, subtalar, midtarsal, tarsometatarsal and
metatarsophalangeal), one with 15DOF and the other with 8DOF. The calculated kinematics of both
models were evaluated using gait trials and compared against literature, both presenting realistic
results. An inverse dynamic analysis was performed for the 8DOF model, again presenting feasible
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structures. A model that captures the complexity of the foot is still lacking. In the present work,
two detailed 3D multibody foot-ankle models generated based on CT scans using a semi-automatic
tool are described. The proposed models consists of five rigid segments (talus, calcaneus, midfoot,
forefoot and toes), connected by five joints (ankle, subtalar, midtarsal, tarsometatarsal and
metatarsophalangeal), one with 15DOF and the other with 8DOF. The calculated kinematics of both
models were evaluated using gait trials and compared against literature, both presenting realistic
results. An inverse dynamic analysis was performed for the 8DOF model, again presenting feasible
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structures. A model that captures the complexity of the foot is still lacking. In the present work,
two detailed 3D multibody foot-ankle models generated based on CT scans using a semi-automatic
tool are described. The proposed models consists of five rigid segments (talus, calcaneus, midfoot,
forefoot and toes), connected by five joints (ankle, subtalar, midtarsal, tarsometatarsal and
metatarsophalangeal), one with 15DOF and the other with 8DOF. The calculated kinematics of both
models were evaluated using gait trials and compared against literature, both presenting realistic
results. An inverse dynamic analysis was performed for the 8DOF model, again presenting feasible
dynamic results.</abstract><cop>ABINGDON</cop><pub>Taylor & Francis</pub><oa>free_for_read</oa></addata></record> |
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| ispartof | Computer Methods in Biomechanics and Biomedical Engineering, 2016-07, Vol.20 (2), p.153-159 |
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| source | Lirias (KU Leuven Association) |
| title | Extended foot-ankle musculoskeletal models for application in movement analysis |
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