要理解为什么模拟器会成为很好的性能测试工具，需要对负载有所理解。
Understanding why simulators can be a valuable tool for performance testing requires some understanding of load.
对耦合效应及重力负载影响目标模拟器控制误差的规律进行了对比研究。
The law on coupling effect and gravity load impacting control error of the target simulator was studied.
在充分分析液压负载模拟器控制软件功能及故障模式的基础上，提出了基于层次化分析(ahp)的可靠性分配模型。
On the basis of analyzing the function of control software and failure mode of hydraulic load simulator, the reliability allocation model was presented based on analytic hierarchy process (AHP).
在实验中应用负载模拟器产生一种类似真实气流阻力的载荷，施加于弹翼（尾翼），使其能在与展开过程中受力相同的状态下工作。
A kind of load like real airstream is produced by load simulator in experiment , which is put on missile's wings to make them work on the same force situation as in the real spread process .
介绍了利用变增益PID控制方法补偿负载模拟器中摩擦力的方法。
This paper presents how to use a variable gain PID control method to compensate the friction in load simulator.
对采用电液伺服控制实现加载的力矩负载模拟器进行了深入的分析和研究。
This paper carries out the thorough analysis and research to the momental load simulator by means of electro hydraulic servo control to realize loading.
对液压负载模拟器进行了深入分析和研究。
This paper carries out the thorough analysis and research to hydraulic load simulator.
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.
该文探索了电动伺服负载模拟器的实现问题。
The realization of electrical servo load simulator is explored in this paper.
实验结果表明气动负载模拟器在低频段有较好的力跟随特性，尽管在气缸换向时有多余力的产生，但幅值较小。
The final results show that the performance of pneumatic load - simulator is satisfying, and the superfluous force, though there exists, is small.
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.
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.
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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