This study examines crack behavior within orthopedic cement utilized in total hip
replacements through the finite element method. Its main goal is to compute stress intensity …

This study aims to simulate the mechanical behavior of the total prosthesis model of
Charnley (CMK3) by the 3D finite element method and to determine the state of the stresses …

The stress shielding phenomenon causes undesirable changes in stress distribution in the
bones in which implants are implanted. This phenomenon leads to a gradual decrease in …

Transfemoral amputees face the need for prosthetic devices following amputation surgery,
including the socket, pylon, and foot. Modern socket designs often incorporate an …

Acrylic cement is used to fix replacement hip implants in the bone. Problems of loosening
occur often as a result of fatigue damage or debonding between cement and implant due to …

Total hip arthroplasty stem fracture is an important contributor to morbidity rate and
increases the cost of revision surgery. Failure is usually caused by issues related to …

Damage or a loss of strength in this hip joint can occur as a result of calcification, aging, the
development of illnesses such as osteoporosis, arthritis, and bone cancer, and it can also be …

Hip prosthesis is important in the surgical industry, and research on hip prostheses is crucial
to providing the best surgeries for patients. This study aims to design hip prosthesis and …

تركز هذه الدراسة على إجراء تحليل عناصر منتهية لتقييم معامل أمان التعب السكوني لزرعات سبائك
التيتانيوم الفخذية المغلفة بمادة البولي إيثر إيثر كيتون النقية والمركبة المدعمة بألياف …‎

Finite element analysis has been used extensively in the study of bone loading and implant
performance, such as in the femur. The boundary conditions applied vary widely, generally …