Homepage|Introduction|Academy Committee|Faculty Members
Research Fields|Main Research Projects|International Academic Exchanges|Facilities

Numerical Simulation of the Mechanical Properties of Knee Joint and Optimization of Surgical Scheme

2015年04月06日 16:47  点击:[]

The objective of the project is to simulate the mechanical properties of knee joint numerically, to propose basis theory and optimal design for the prosthesis replacement operation. The major research work of the project focus on the following aspects: establish real 3-D finite element knee joint model based on anatomy (including ligaments, meniscus, patella etc.); associated with finite element contact analysis, dynamic simulation, parametric finite element modeling, to simulate the mechanical properties of knee joint in movement and surgery numerically, to research the injury mechanism of ligament, meniscus, patella etc in human movement, furthermore compare the advantage and disadvantage of some surgery procedures; to optimize the knee replacement surgery, including the choice of prosthesis, the angle of insert, the treatment of PCL and patella etc.

上一条:Research on the multi-scale problems in engineering of rock and concrete 下一条:Blast-resistant theory and numerical simulation of multi-layers compound structure


Address: Dalian University of Technology    Dalian 116023, P.R.China    Phone: 86-411-84708393
Mailto:lsai@dlut.edu.cn    Copyright © 2008 All Rights Reserved    Designed by NWEI.com