Musculoskeletal Biodynamics Laboratory
근골격 운동역학 연구실
Musculoskeletal Dynamics Simulation
Human joints are mechanically redundant systems consisting of multiple ligaments and muscles. We have developed musculoskeletal dynamics models of the knee and foot joints and have run simulations to estimate muscle forces, ligament tensions and articular contact forces during daily activities, which helps understand the mechanism of joint injuries.
Skeletal imaging and Motion Analysis
Unusual movements of the human joint can initiate a degenerative process by changing the mechanical stresses in soft tissues and bone surfaces. We have developed a dual X-ray fluoroscopic imaging system to measure the patient's accurate three-dimensional joint motion. We use this system to understand abnormal joint movements and changes due to surgical intervention.
Dynamics of human walking (GAIT)
Walking is a result of very complex process that involves neuronal control of muscles, musculoskeletal dynamics and interaction with environments such as the ground. We investigate many aspects of walking from the view points of orthopaedics, rehabilitation, and person identification. Human gait study is closely related with bipedal robots and exoskeleton robots assisting walking.
- 2018.09.01 New homepage at KAIST is open.
- 2019.03.01 Congbo Phan finished his PhD and re-joined the lab as a postdoctoral fellow
- 2019.03.01 Suil Jeon and Jeongseok Oh joined the lab as master students