The work involves conducting in-vivo tests, using a walking simulator apparatus, and in-vitro tests, with an amputee, on a passive ankle-foot prosthesis, in order to optimize its functional and structural characteristics. The optimization is based on a comparison of data obtained from the two different tests.
The work involves conducting in-vivo tests, using a walking simulator apparatus, and in-vitro tests, with an amputee, on a passive ankle-foot prosthesis, in order to optimize its functional and structural characteristics. The optimization is based on a comparison of data obtained from the two different tests.
Structural and functional optimization of an innovative bio-inspired ankle-foot passive prosthesis
RAGNO, MARCO
2023/2024
Abstract
The work involves conducting in-vivo tests, using a walking simulator apparatus, and in-vitro tests, with an amputee, on a passive ankle-foot prosthesis, in order to optimize its functional and structural characteristics. The optimization is based on a comparison of data obtained from the two different tests.| File | Dimensione | Formato | |
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Ragno_Marco.pdf
embargo fino al 23/04/2025
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4.91 MB
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4.91 MB | Adobe PDF |
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https://hdl.handle.net/20.500.12608/64933