Carl W. Imhauser
Hospital for Special Surgery, Cornell University, Institute for Community Living
Papers
30
Total Citations
1,042
H-Index
16
About
Carl W. Imhauser is a distinguished orthopaedic biomechanist whose research sits at the intersection of joint mechanics, ligament reconstruction, and computational modeling. His work has profoundly advanced understanding of the knee and ankle joints, with a particular focus on anterior cruciate ligament (ACL) injury, reconstruction strategies, and their downstream effects on joint health. Imhauser's most influential contributions include rigorous biomechanical characterizations of complex ligamentous structures — most notably his widely cited investigations into the anterolateral ligament of the knee (144 citations) and the mechanical role of lateral extra-articular tenodesis in reducing ACL graft forces (111 citations). These studies directly inform surgical decision-making for one of sport's most common and consequential injuries. His 2014 computational knee model (109 citations) represents a methodological landmark, enabling simulation-based evaluation of surgical interventions for osteoarthritis without relying solely on cadaveric or clinical experimentation. Beyond the knee, Imhauser has made meaningful contributions to ankle biomechanics, examining how lateral ligament repair and osteochondral transplantation restore — or fail to restore — native joint mechanics. His body of work, spanning cadaveric experimentation, robotic testing, and multibody modeling, equips surgeons with the mechanistic evidence needed to optimize outcomes for patients facing debilitating joint injuries.
Research Focus
Key Achievements
Top Papers
- 1Biomechanical Assessment of the Anterolateral Ligament of the Knee144 citations · 2016
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