Design of prosthetic foot from polymer materials reinforced by carbon fibers
Loss of the lower limb can cause loss of mobility. At all places and at all times, efforts have always been made to make up for such a loss. In this work polymer composite materials had been used to manufacture prosthetic foot. Polymer composite materials PMMA:SR/PUR reinforced by carbon fibers (CF)...
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| Veröffentlicht in: | Engineering and Technology Journal 2016, Vol.34 (9A), p.6979-6989 |
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| container_title | Engineering and Technology Journal |
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| creator | Ulaywi, Jawad Kazim Hadi, Ahmad Nimah |
| description | Loss of the lower limb can cause loss of mobility. At all places and at all times,
efforts have always been made to make up for such a loss. In this work polymer
composite materials had been used to manufacture prosthetic foot. Polymer
composite materials PMMA:SR/PUR reinforced by carbon fibers (CF) were prepared
as suitable material for prosthetic foot then, tensile characteristics were measured and
determined. Numerical work included Finite element method (ANSYS-15) was used
to analyze and evaluate deformation, stress and strain characteristics of a new
designed prosthetic foot, which was treated as three-dimensional structure composite
polymer material. The experimental and theoretical results were improved that
polymer composite material can be used for this application. |
| format | Article |
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efforts have always been made to make up for such a loss. In this work polymer
composite materials had been used to manufacture prosthetic foot. Polymer
composite materials PMMA:SR/PUR reinforced by carbon fibers (CF) were prepared
as suitable material for prosthetic foot then, tensile characteristics were measured and
determined. Numerical work included Finite element method (ANSYS-15) was used
to analyze and evaluate deformation, stress and strain characteristics of a new
designed prosthetic foot, which was treated as three-dimensional structure composite
polymer material. The experimental and theoretical results were improved that
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efforts have always been made to make up for such a loss. In this work polymer
composite materials had been used to manufacture prosthetic foot. Polymer
composite materials PMMA:SR/PUR reinforced by carbon fibers (CF) were prepared
as suitable material for prosthetic foot then, tensile characteristics were measured and
determined. Numerical work included Finite element method (ANSYS-15) was used
to analyze and evaluate deformation, stress and strain characteristics of a new
designed prosthetic foot, which was treated as three-dimensional structure composite
polymer material. The experimental and theoretical results were improved that
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efforts have always been made to make up for such a loss. In this work polymer
composite materials had been used to manufacture prosthetic foot. Polymer
composite materials PMMA:SR/PUR reinforced by carbon fibers (CF) were prepared
as suitable material for prosthetic foot then, tensile characteristics were measured and
determined. Numerical work included Finite element method (ANSYS-15) was used
to analyze and evaluate deformation, stress and strain characteristics of a new
designed prosthetic foot, which was treated as three-dimensional structure composite
polymer material. The experimental and theoretical results were improved that
polymer composite material can be used for this application.</abstract><cop>Baghdad, Iraq</cop><pub>University of Technology</pub><tpages>11</tpages></addata></record> |
| fulltext | fulltext |
| identifier | ISSN: 1681-6900 |
| ispartof | Engineering and Technology Journal, 2016, Vol.34 (9A), p.6979-6989 |
| issn | 1681-6900 2412-0758 |
| language | eng |
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| source | DOAJ Directory of Open Access Journals |
| title | Design of prosthetic foot from polymer materials reinforced by carbon fibers |
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