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 materia...
Objective: Despite immense popularity of Jaipur foot as low cost prosthetic, not much work has been ...
This study designs and analyzes a 3D printable prosthetic foot with a honeycomb structure, which has...
WOS: A1996UG00300003PubMed: 8731205A comparative stress analysis of a polymeric composite hip joint ...
In this work, two composite polymer blends, PMMA/SR and PMMA/PUR, reinforced with carbon fibers (CF)...
Prosthetic Foots or artificial limbs, are fabricated devices that provide amputees with a replacemen...
Prosthetic Foots or artificial limbs, are fabricated devices that provide amputees with a replacemen...
Three-dimensional printed polymers offer unprecedented advantages for prosthetic applications, namel...
Modern day solutions to lower limb replacement come at large cost while providing little replaced fu...
In this study, an experimental comparison has been made between the traditional plastic materials (P...
Carbon-fiber composites are considered to be one of the suitable materials for the fabrication of pr...
Compared to traditional prosthetic pylon materials (Aluminum, Titanium, or Stainless steel.), compos...
Abstract Amputation levels in Egypt and the surrounding neighborhood require a state intervention to...
The application of the 3D printing and additive manufacturing in making medical devices have become ...
In this work, nine types of laminated composite materials used for experimental study to investigate...
All prosthetic foot designs, adapted in common use, don't imitate the specific qualities of a typica...
Objective: Despite immense popularity of Jaipur foot as low cost prosthetic, not much work has been ...
This study designs and analyzes a 3D printable prosthetic foot with a honeycomb structure, which has...
WOS: A1996UG00300003PubMed: 8731205A comparative stress analysis of a polymeric composite hip joint ...
In this work, two composite polymer blends, PMMA/SR and PMMA/PUR, reinforced with carbon fibers (CF)...
Prosthetic Foots or artificial limbs, are fabricated devices that provide amputees with a replacemen...
Prosthetic Foots or artificial limbs, are fabricated devices that provide amputees with a replacemen...
Three-dimensional printed polymers offer unprecedented advantages for prosthetic applications, namel...
Modern day solutions to lower limb replacement come at large cost while providing little replaced fu...
In this study, an experimental comparison has been made between the traditional plastic materials (P...
Carbon-fiber composites are considered to be one of the suitable materials for the fabrication of pr...
Compared to traditional prosthetic pylon materials (Aluminum, Titanium, or Stainless steel.), compos...
Abstract Amputation levels in Egypt and the surrounding neighborhood require a state intervention to...
The application of the 3D printing and additive manufacturing in making medical devices have become ...
In this work, nine types of laminated composite materials used for experimental study to investigate...
All prosthetic foot designs, adapted in common use, don't imitate the specific qualities of a typica...
Objective: Despite immense popularity of Jaipur foot as low cost prosthetic, not much work has been ...
This study designs and analyzes a 3D printable prosthetic foot with a honeycomb structure, which has...
WOS: A1996UG00300003PubMed: 8731205A comparative stress analysis of a polymeric composite hip joint ...