This study aimed to develop and calibrate a standardized computational model that integrated both the hip capsule and local muscles to quantify their contributions to hip passive stability following THA.
This project aimed to develop and validate experimental-computational frameworks for assessing cementless implant stability after TKA/UKA/THA.
This project aimed to understand the critical parameters influencing bone remodeling after cemented TKA.
This project aimed to understand the critical parameters influencing cementless implant micromotion after knee arthroplasty
This study aimed to develop an experimental-computational framework for evaluating the fixation stability of novel cementless hip revision implants during activities of daily living. 
This project aimed to predict the polyethylene wear in TKA for novel implant designs by using a new computational wear model which considered the effect of lubrication, protein denaturation, time-dependent molecular direction, and energy dissipation.