分析了高速气流吹袭造成的人体损伤，论述了人体动力学模型和物理模型的作用。
Injury results from windblast were analysed, and the role of dynamic model and physical model of human body in research of windblast injuries and its protection were discussed.
本文围绕人体系统多体约束开展了动力学模型研究。
The dynamical model of multi-body restriction of human body system was studied in this paper.
目的简化人体上肢结构，建立两刚体系统动力学模型，并对其进行数值求解。
Objective to simplify the structures of human upper extremity into a two rigid-body system by establishing a dynamic model based on a numerical equation approach.
集中参数模型则侧重于获取人体动力学响应的整体宏观信息。
Lumped parameter models emphasize larger scale information about human dynamic response.
本文借助15段的人体模型，使用多刚体动力学的方法建立起航天员转体动作的力学模型。
By using a body model of 15 segments and dynamics of rigid bodies, the astronaut's self rotation is modeled.
模型中引入了四轮相关路面激励和人体模型，以能量方程推导出系统的动力学方程，进而对系统的振动过程进行了时域模拟和试验验证。
The dynamic equations were derived from the system energy equations, and vehicle-human system vibration simulation in time domain as well as experiment verification was carried out.
给出了应用计算多刚体系统动力学建立的通用失重人体4关节反向运动学与反向动力学模型。
The 4 joints universal human body inverse kinematics model and inverse dynamics model in weightlessness utilizing computational multi-body dynamics were proposed.
在人体系统变质量力学模型研究基础上，开展了人体系统变质量块体动力学研究。
On the basis of study on varing-mass mechanical model of human body system, the varing-mass block-body dynamics of human body system are developed to study.
目的研究人体膝关节股骨-胫骨复合体模型在人体体重冲击下的运动力学响应特点及膝关节软骨关节面在载荷传导中的缓冲作用。
Objective To study the biomechanical response and the role of articular surface on the femur-tibia model under impact loading of the body weight.
利用人体弹射试验数据建立起人体动力学特性的数学模型（简称人体数学模型）。
Mathematical model of human body has been developed based on ejection tests.
人体热力模型；汽车空调；计算流体动力学；温度场；数值模拟；
Thermal-regulation model of human body, Automotive air conditioning ; CFD; Temperature field; Numerical simulation;
对几种人体组织及器官的非线性动力学模型进行了简要叙述。
The non-linear models of some tissues and organs are briefly summarized.
对几种人体组织及器官的非线性动力学模型进行了简要叙述。
The non-linear models of some tissues and organs are briefly summarized.
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