Three-dimensional human femoral strain analysis using ESPI

Three-dimensional human femoral strain analysis using ESPI

With age, disease or injury the joints in the human body can wear out or bones may even fail catastrophically. In many cases it is possible to replace joints and bones with artificial components (prostheses). However, prosthetic joints can have a very limited life (often less than 10 years) and requ...

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Veröffentlicht in:Optics and lasers in engineering 1995, Vol.23 (5), p.291-303
Hauptverfasser: Tyrer, J.R., Heras-Palou, C., Slater, T.
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container_title Optics and lasers in engineering
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creator Tyrer, J.R.
Heras-Palou, C.
Slater, T.
description With age, disease or injury the joints in the human body can wear out or bones may even fail catastrophically. In many cases it is possible to replace joints and bones with artificial components (prostheses). However, prosthetic joints can have a very limited life (often less than 10 years) and require replacement or ‘revision’. In order to optimise prosthetic life, it is necessary to improve the design of components and implantation techniques, which is clearly also beneficial to both patients and hospitals.
doi_str_mv 10.1016/0143-8166(95)00035-M
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title Three-dimensional human femoral strain analysis using ESPI
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