Virtual representations of the knee joint can provide clinicians, scientists, and engineers the
tools to explore mechanical functions of the knee and its tissue structures in health and …

In vitro and in vivo testing can provide insight into knee joint mechanics and implant
performance. However, these methods are costly and time‐consuming, which always limits …

Wear of total knee replacement continues to be a significant factor influencing the clinical
longevity of implants. Historically, failure due to delamination and fatigue directed design …

Nowadays, several configurations of total knee arthroplasty (TKA) implants are commercially
available whose designs resulted from clinical and biomechanical considerations. Previous …

Purpose As the aims of changes in total knee arthroplasty (TKA) designs are to reinstate
more natural kinematics, the current study evaluated the in vivo kinematics in patients who …

The implant design in total knee replacement affects postoperative functionality greatly,
therefore, its optimization is of major concern. However, little is known about how implant …

Abstract Purpose Posterior-stabilized (PS)-total knee arthroplasty (TKA) can be applied in
any of several variations in terms of the tibiofemoral conformity and post-cam mechanism …

Purpose Modern TKR prostheses are designed to restore healthy kinematics including high
flexion. Kneeling is a demanding high‐flexion activity. There have been many studies of …

Aims Modern total knee arthroplasty (TKA) prostheses are designed to restore near normal
kinematics including high flexion. Kneeling is a high flexion, kinematically demanding …

Background The insert conformity is a critical factor for successful total knee replacement
which must be considered in design of the implant. However, the effects of conformity on …