Static and dynamic mechanics analysis on artificial hip joints

다국어 초록 (Multilingual Abstract)

The purpose of this paper is to present the optimization of appearance and displacement of the prostheses. Artificial hip joints would reduce pains as well as restore walking motion. But dislocation and wearness of this are considered as serious side effects of the surgical replacement beyond the prostheses’ excellent performance. New design based on mathematical model for an artificial hip joint will elongate lifetime and provide much more natural movement by engaging forces. And to manipulate model parameters such as the radius of femoral and acetabular cup and structural support, we take advantage of ABAQUS 6.8-1 which is a finite element solver used for stress strain and types of in mechanical and structural analysis.
The finite element method was employed in this paper to compare.