Developing the radiographic images from two to three-dimensional, finite element analysis(FEA) technology can set up the model, predicting diagnosis, treatment design, as well as surgical plan. FEA provides an accurat...Developing the radiographic images from two to three-dimensional, finite element analysis(FEA) technology can set up the model, predicting diagnosis, treatment design, as well as surgical plan. FEA provides an accurate three-dimensional finite element biomechanical study in osteonecrosis of femoral head(ONFH). The papers in the latest 5 years related to femoral head osteonecrosis and finite element analysis application are concentrated on. We summarize the latest research progress and problems, including the applied research carried out in the femoral head osteonecrosis clinical cases,innovational skills, so as to point out the direction of future research in FEA.展开更多
基金Natural Science Foundation of Guangdong Provincegrant number:2014A030310214+3 种基金Science and Technology Project of Guangdong Provincegrant number:2014A020221041the Medical Science and Technology Foundation of Guangdong Provincegrant number:A2015039
文摘Developing the radiographic images from two to three-dimensional, finite element analysis(FEA) technology can set up the model, predicting diagnosis, treatment design, as well as surgical plan. FEA provides an accurate three-dimensional finite element biomechanical study in osteonecrosis of femoral head(ONFH). The papers in the latest 5 years related to femoral head osteonecrosis and finite element analysis application are concentrated on. We summarize the latest research progress and problems, including the applied research carried out in the femoral head osteonecrosis clinical cases,innovational skills, so as to point out the direction of future research in FEA.
