液压系统的设计的英文

• chapter design of hydraulic transmission systems

• "液压"英文翻译    hydraulic pressure
• "系统"英文翻译    system
• "的"英文翻译    4次方是 The fourth power of 2 i ...
• "设计"英文翻译    devise; project; plan; desig ...
• "液压系统的设计步骤" 英文翻译 :    the approach for design of hydraulic systems
• "液压系统的设计计算实例" 英文翻译 :    a design example of hydraulic systems
• "液压系统的漏油" 英文翻译 :    hydraulic leak
• "光通信系统的设计" 英文翻译 :    designing of fiber optic systems
• "控制系统的设计" 英文翻译 :    control system design
• "流化床系统的设计" 英文翻译 :    design of fluidized-bed systems; design offluidized―bed systems
• "液压系统课程设计" 英文翻译 :    course design of hydraulic system
• "液压系统的工作液体" 英文翻译 :    hydraulic medium
• "液压系统的空隙现象" 英文翻译 :    cavitation of the hydraulic system
• "液压系统的类比机分析" 英文翻译 :    analysis of simulator of hydraulic system
• "液压系统的模拟机分析" 英文翻译 :    analysis of simulator of hydraulic system
• "安全操作系统的设计" 英文翻译 :    design of secure operating system
• "弹性工程系统的设计" 英文翻译 :    designing resilient engineered systems
• "流化床系统的设计300" 英文翻译 :    design of fluidized-bed systems
• "喷水灭火系统的设计密度" 英文翻译 :    design density of sprinkler system
• "喷水灭火系统的设计面积" 英文翻译 :    design area of sprinkler system
• "显示和控制系统的设计" 英文翻译 :    display and control design
• "信息系统的设计和实现" 英文翻译 :    a design of scm information system of material and fuel and its implementation
• "远程学习系统的设计" 英文翻译 :    design of distance learning systems
• "静液压系统" 英文翻译 :    hydrostatic system
• "热液压系统" 英文翻译 :    hot hydraulic system

• Design to hydraulic system for micro directional drilling machine
  微型定向钻液压系统的设计
• Design and experiment of hydraulic propelling system in shields
  盾构推进液压系统的设计及试验研究
• Design and reliability analysis on mg600 1370 - wd shearer hydraulic system
  采煤机液压系统的设计与可靠性分析
• Design and analysis of the hydraulic system in yzc18 vibration road roller
  18型振动压路机液压系统的设计与分析
• 1 while mainly focus on mechanical structures and linkage design , also involving hydraulic system design and problem solving
  工作重点是机械结构设计，包括液压系统的设计。
• Hydraulic simulation technique plays an important role in the design , analysis , and improvement of hydraulic system . it has been widely recognized in the relevant engineering field . accordingly a lot of excellent dynamic simulation software of hydraulic system have emerged
  液压仿真技术在液压系统的设计、分析和改进中具有十分重要的价值，正逐渐引起业界的广泛重视，相继涌现出了大批优秀的液压系统动态特性仿真软件。
• Power bond graph is used to established the bond graph model of the lifting and dropping of hydraulic pile hammer and state space equation in the paper for hydraulic pile hammer is perplexing nonlinear system . in order to attain the graph that pressure , position , velocity , acceleration vary with time in the course of driving pile simulation procedure solving state space equation is designed on the basis of combining four - order runge - kutta method with predicator - corrector method , dynamic simulation of the hydraulic system is studied in matlab 6 . 5 . it is convenient to analyse dynamic characteristics of the hydraulic syste m , beneficial to the design and parameter optimization of the hydraulic system . in the final part of the paper , under detailed analysis of the control characteristics for double - acting hydraulic pile hammer with double cylinders , control system based on the programmable logic controllers founded on technology of modern compute is designed
  由于液压打桩锤液压系统是一个复杂的非线性系统，本文采用功率键合图法建立液压打桩锤上行、下降的键合图模型和状态空间方程，通过四阶龙格?库塔法和预估?校正法相结合编制了仿真程序对状态空间方程求解，在matlab6 . 5中进行液压系统的动态仿真，获得液压打桩锤运动过程中压力、位移、速度、加速度等随时间变化的曲线图。此曲线图方便了对液压系统动态特性分析，为液压系统的设计和参数优化提供了有益的借鉴。最后，在深入分析双缸双作用液压打桩锤控制系统的功能要求后，采用了以现代计算机技术为基础的新型工业控制装置? plc可编程控制器，设计出了双缸双作用液压打桩锤的电器控制系统。
• According to the parameter we carries on the structure , the hydraulic system design and the blueprint , making this machine realize rotary drilling movements , break the frozen coal and unload the frozen coal to the outside of rail car ; carries on the processing , the assembly and the debugging of this machine
  根据得出的参数进行结构和液压系统的设计,绘制图纸,使该机实现旋挖进给运动,破碎冻煤和冻煤卸车;进行零部件进行加工、装配,经过样机调试,达到了设计的目的。
• New breakthroughs are obtained in manufacturing large - scale ultrahigh pressure container , design of ultrahigh hydraulic pressure system , design of multi - media large delay nonlinear control system , detecting state of device tested under simulation environment , modeling of in - well environment of oil field
  并在大型超高压容器制造、超高压液压系统的设计、多介质大延时非线性控制系统设计、仿真环境中试验设备工作状态的检测、油井井下环境的建模等方面取得了新的突破。