Areas of Focus
- Medical Biomechanics (Finite Element Modeling and Simulation)
- Biomedical Engineering
Work Experience
- 2002/07-2004/09 - First Military Medical University - Lecturer in Human Anatomy
- 2004/07-2007/12 - Southern Medical University - Lecturer in Human Anatomy
- 2007/12-present - Southern Medical University - Associate Professor in Human Anatomy
Academic Background & Achievements
- 1992/09-1996/06 Bachelor's in Biomedical Physics: Wuhan University
- 1996/09-1999/06 Master's in Medical Physics: First Military Medical University
- 1999/09-2002/06 PhD in Medical Human Anatomy: First Military Medical University
Publications
- Biomechanical Finite Element Simulation Study of Cortical Bone Channel Screw Fixation in Upper Thoracic Vertebrae, Sheng Sunren, Meichao Zhang*, Zhu Qingan*, 2019
- Finite Element Study on Stress and Strain of Lumbar Intervertebral Disc during Lifting and Rotating Oblique Plate Method, Tian Qiang, Zhong Qiaolin, Zhao Jiayou, Fan Zhiyong, Guo Rusong, Wu Shan, Meichao Zhang*, 2019
- Stress Distribution over Lumbosacral Vertebrae and Axial Transsacral Rod after Axial Lumbar Interbody, Lei He1#, Meichao Zhang#, Feng Feng1, Mao Pang1, Peigen Xie1, Ruiqiang Chen1, Limin Rong, 2016
- Three-dimensional Finite Element Analysis of Occipitocervical Fixation Using an Anterior Occiput-to-axis Locking Plate System: A Pilot Study, Xianhua Cai, Yang Yu, Zhichao Liu, Meichao Zhang*, Weibing Huang*, 2014
- Evaluation of Biomechanical Properties of Anterior Atlantoaxial Transarticular Locking Plate System Using Three-dimensional Finite Element Analysis, Cai XH#*, Liu ZC, Yu Y, Zhang MC*, Huang WB, 2013
Awards
- 2010: Second Prize in Yunnan Province Science and Technology Progress Award for 'Application of Finite Element Technology in Orthopedics'
- 2010: Third Prize in Military Science and Technology Progress Award for 'Finite Element Study of Chest Compression in Cardiopulmonary Resuscitation for Combat Trauma'
- 2008: Second Prize in Military Science and Technology Progress Award for 'Non-surgical Treatment Series Research on Lumbar Training Injuries'