骨骼肌是人体控制运动机能的生物动力驱动的重要组织，在运动中扮演着重要的角色。人体各类运动障碍、运动功能失调、肌肉疲劳还包括肌肉疾病都与相关肌肉组织的有序化运动过程有关。针对骨骼肌持续运动过程中肌肉组织（各向异性复杂介质）微结构有序化进程，基于声传输机理，研究肌肉超声图、肌肉硬度、声传输参量等信息的声学效应统计特征，尝试对肌肉运动持续过程及肌肉疲劳进行定量评估研究；基于正常及异常肌肉自发声传输机理，利用体表检测的这些肌声信号进行位置重建，研究持续运动中肌肉微结构的肌纤维激励与施力的顺序过程，探讨与之相关的肌肉疲劳与病变特征。为肌肉组织疲劳评估及肌肉疾病诊断提供较为理想的技术途径，同时为生物力的有效传导模式的基础理论研究提供参考。

Skeletal muscle is an important tissue to produce creature dynamics and control motor function, plays a key role in human exercise. Various types of human movement disorders include movement dysfunction, muscle fatigue and muscle diseases are related to the ordering movement process of the corresponding muscle tissue. According to the ordering process of the muscle tissue (heterogeneous complex medium) during the sustained movement of the skeletal muscle, based on the acoustic transmission principles, This applications plan would study the evaluation problem on the muscle sustained movement states and its fatigue with the statistical characteristics of the acoustic effect, such as muscle ultrasonic figure, muscle hardness and some acoustic transmission parameter. Based on the muscle-sound transmission principles of the normal and abnormal muscle tissue, the applicants would reconstruct the muscle-sound position with the muscle acoustic signal tested on the body surface, research the muscle fiber work order to investigate muscle fatigue and pathological characteristics during the muscle sustained movement process, and try to provide an ideal technical approach to evaluate muscle tissue fatigue and movement disorders, and provide a reference to the basic theory of the biological force effective transmission mode.