This project aims to model the loads applied to a human scaphoid bone in the wrist and predict the risk of fracture for a population of scaphoids based on the developed FE models.
My research combines in-vitro experiments, medical/high-resolution imaging with multiscale computational (micro- and macro- finite element (FE)) modelling to: (i) comprehensively evaluate novel and improve existing prostheses designs, and (ii) study biomechanical injuries such as bone fractures and pressure sores. These injuries affect a diverse range of patients including the elderly population, patients with OA, diabetics as well as wheelchair users and bed-ridden patients. Though my research I aspire to improve injury prevention, care and treatment.
