Finite Element Analysis of Hip Joint with Implant
Singh, Sandeep
Finite Element Analysis of Hip Joint with Implant by Sandeep Singh - IIT Jodhpur Department of Mechanical Engineering 2019 - xvi,40p. HB
The principal concern restricting the long-run progress of thetotal hip replacement is the bounded service time. The completion of the implant essentially depends upon the proper material choice and design of the prosthesis. The present effort is to extend the finite element model of the acetabular component to examine the maximum von Mises stress and displacement produced for the various material combinations. The various bearing pair examined for the investigation is metal in contact with plastic, metal on metal, metal on ceramic, and ceramic on ceramic combinations. A mathematical study of replacement implant for partial hip arthroplasty is done. The long-term durability of hip implants depends on the loads working across the joint. The finite element study was performed using 3-dimensional designs to analyze the mechanical behavior of the femoral part. Stress analysis of the biomechanical system formed by the hip joint is done.
Hip Joint with Implant
MTech Theses
Department of Mechanical Engineering
610.28 / Si64F
Finite Element Analysis of Hip Joint with Implant by Sandeep Singh - IIT Jodhpur Department of Mechanical Engineering 2019 - xvi,40p. HB
The principal concern restricting the long-run progress of thetotal hip replacement is the bounded service time. The completion of the implant essentially depends upon the proper material choice and design of the prosthesis. The present effort is to extend the finite element model of the acetabular component to examine the maximum von Mises stress and displacement produced for the various material combinations. The various bearing pair examined for the investigation is metal in contact with plastic, metal on metal, metal on ceramic, and ceramic on ceramic combinations. A mathematical study of replacement implant for partial hip arthroplasty is done. The long-term durability of hip implants depends on the loads working across the joint. The finite element study was performed using 3-dimensional designs to analyze the mechanical behavior of the femoral part. Stress analysis of the biomechanical system formed by the hip joint is done.
Hip Joint with Implant
MTech Theses
Department of Mechanical Engineering
610.28 / Si64F