The screw plate for HIP fails due to corrosion, stress and treatment using bone plates cause stress shielding and bone plate loosening. It is advantage to test new design of HIP Implant for HIP joint fracture, since it cannot be tested in vivo on the patient. So Finite Element Analysis is carried to analyze the HIP Implant implanted on the bone. In this investigation stress, strain deformation Methodology of FEM of HIP Implants, Bone-plate model, Three-Dimensional Model of the angle screw plate, meshing of the angle screw plate, were studied. Also, a fractured model of the femur is strengthened by screw plate using screw fixation were also studied in detail The results obtained are for 5mm bone plate deformation, stress and strain on the screw plate is less compared to the deformation, stress and strain. It is concluded that corrosion of implants will affect the mechanical and biomechanical properties of the bone The FE model was validated by comparison with the human femur model. Further investigation is required to study the biomechanics at the bone-screw interface. Assumptions made in Finite Element Analysis, Stress on the Implants, Loading on HIP Implants, Finite Element Analysis of HIP Implants, Fatigue of Implants. © 2024 Elsevier B.V., All rights reserved.