文章摘要

文章信息/Info

Author(s):: WEI Yongli1; LIU Xiaofeng2; ZHOU Ping1; (1.School of Rehabilitation Sciences and Engineering, University of Health and Rehabilitation Sciences, Qingdao 266113, China；2.Qingdao Mental Health Center，Qingdao 266034)

Keywords:: Rehabilitation engineering; Biomechanics; Digital twin; Human-machine interface

摘要:: 本文深入探讨了智能康复工程中常见的生物力学问题，包括人体运动过程中的力学特性分析、损伤生物力学评估和人机界面的生物力学问题等。通过探索这些问题的根源和影响因素，总结了智能康复工程中生物力学问题的解决方法与技术，包括高级仿真建模技术、人工智能技术、传感技术等。通过对康复工程中生物力学问题的研究，可为康复工程领域的发展和创新提供新思路、新方法。

Abstract:: This paper delves into the common biomechanical issues in intelligent rehabilitation engineering, including the analysis of mechanical characteristics during human movement, biomechanical assessment of injuries, and biomechanical issues of the human-machine interface. By exploring the root causes and influencing factors of these issues, the solution methods and technologies for biomechanical problems in intelligent rehabilitation engineering are summarized, including advanced simulation modeling technology, artificial intelligence technology, sensing technology, and other technical means. Through the study of biomechanical issues in rehabilitation engineering, new ideas and methods can be provided for the development and innovation in the field of rehabilitation engineering.