Pan Fang

Beijing Anding Hospital, Southwest Petroleum University

Papers

Total Citations

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About

Pan Fang is a researcher whose work bridges the seemingly disparate fields of biomechanics and mechanical engineering, with a unique focus on holistic health and complex dynamic systems. His primary research areas include traditional Chinese rehabilitation exercises (TCRE) for myofascial pain and the theoretical analysis of synchronous behavior in rotor-pendulum systems. In the health sciences, Fang has made significant contributions by advocating for TCRE as a non-pharmacological intervention for myofascial disorders, such as neck, low back, and knee pain, addressing the limitations of conventional medication. His 2024 paper on this topic has garnered 13 citations, highlighting its relevance in integrative medicine. Concurrently, in mechanical engineering, Fang has advanced the understanding of synchronization in dual-pendulum-rotor systems, which are critical in high-speed rotating equipment like aero-power plants and mining machinery. His 2018 work on this subject (9 citations) and a 2016 study on rotor-pendulum systems (6 citations) have provided foundational insights into stable phase differences, with applications in robotics and vibration control. Fang’s interdisciplinary approach—combining traditional rehabilitation with theoretical mechanics—demonstrates a rare versatility, making his work impactful for both clinical practitioners and engineers.