R. Gholami

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About

R. Gholami’s research focuses on the intersection of orthopedic biomechanics and precision machining, with a particular emphasis on understanding and controlling force behavior during cortical bone milling—a critical process in orthopedic surgery. Their most-cited work, an experimental study on force behavior in cortical bone milling, has garnered 23 citations and provides foundational insights into how cutting forces, influenced by machining parameters and tool characteristics, can lead to tool breakage or bone cracks if not carefully managed. This contribution is vital for improving surgical outcomes and developing safer, more reliable bone-cutting procedures. Gholami’s research also extends to sensitivity analysis, offering a systematic approach to identifying the most influential factors in force generation, thereby guiding both surgical practice and tool design. By bridging mechanical engineering and medical applications, Gholami’s work has direct implications for enhancing patient safety and surgical precision. Their studies are widely referenced by researchers in biomechanics and surgical robotics, underscoring their impact on advancing knowledge in this specialized field.