多功能人工关节模拟试验机是一台集机、电、液技术于一体的专用台架试验设备。
The tester for simulating artificial joints is an appropriative pedestal equipment which involves mechanism, electricity and hydraulic.
介绍一个建于船模试验拖曳水池中的直推式16摇板电液伺服控制造波机和波浪模拟方法及其计算机控制。
An introduction of a 16 channels electro-hydraulic servo control wave maker constructed in a ship model testing towing tunk. the sea wave simulation method and it's computer control.
设计了结构补偿环节，提出电液负载模拟器多余力抑制的控制方案，从理论上结构补偿环节可以实现对系统全部补偿和抑制多余力。
The structure compensation unit was designed and the control scheme of eliminating the superfluous force of the electro-hydraulic load simulator was proposed.
该试验台架能够模拟船舶的横摇运动和横荡运动，海浪作用于船舶的横摇力矩和横荡力分别由两套电液伺服系统模拟。
The platform can simulate rolling and swaying motion of ships. Two electro-hydraulic servo systems simulate rolling moment and swaying force of wave respectively.
本文来源于多项工程项目，主要研究了电液负载模拟器的先进控制方法。
This paper is originated from several practical projects, and mainly studies the advanced control method of electro-hydraulic loading simulator.
由于传统的电液负载模拟器存在固有的缺陷，目前国内外正兴起对电动负载模拟器的研究。
Because traditional electric fluid load simulator inherent deficiencies of the current and emerging electric load simulator study.
介绍一个建于船模试验拖曳水池中的直推式16摇板电液伺服控制造波机和波浪模拟方法及其计算机控制。
An introduction of a 16 channels electro-hydraulic servo control wave maker constructed in a ship model testing towing tunk.
由于是一个典型的力伺服系统，而且在仿真实验过程中需要模拟各种载荷的变化情况，电液伺服加载系统是一个相当复杂的机—电—液复合系统。
As a typical servo system for simulating various loads in the experiment, the electro-hydraulic loading system is quite a complex machine-electricity-hydraulic multiple system.
本文中的方法成功的实现了电液系统模拟故障的识别和诊断，并对存在的问题进行了研究。
The hydraulic system was able to be determining its current pose. The research successfully realized this model of hydraulic system localization and diagnosis.
本文推导了在时域内对电液伺服道路模拟试验台进行随机波形再现控制时，基于CARMA模型的，单输入单输出系统和多输入多输出系统的，隐式最小方差自校正调节器。
To reappear stochastic waveform on ESVRST in time field, the minimum variance implicit self-tuning regulators of SISO and MIMO systems are deduced based on CARMA models in this paper.
新型空气动力负载模拟器是在传统的电液负载模拟器上增加一个位置同步马达，补偿由舵机主动转动产生的位置扰动。
The new air dynamical load simulator is that a position synchronous system is appended to a traditional load simulator to compensate for the position disturbance of the steering engine.
新型空气动力负载模拟器是在传统的电液负载模拟器上增加一个位置同步马达，补偿由舵机主动转动产生的位置扰动。
The new air dynamical load simulator is that a position synchronous system is appended to a traditional load simulator to compensate for the position disturbance of the steering engine.
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