This paper mainly analyses the causes of pressure loss in Hydraudic Pressure System;the connection of hydraulic pressure loss and reynolds number;the calculation of partial pressure loss in different pumps;the factors that affect the hydraudic pressure loss,and methods to reduce the hydraudic pressure loss as well.
分析液压系统中压力损失产生的原因,液流压力损失与雷诺数的关系,局部压力损失在不同管道下的计算;影响液流压力损失的因素,减少液压系统中压力损失产生的相关方法。
Analyses on pressure loss in hydraudic pressure system;
液压系统中液流压力损失的相关分析
Fluid Mechanics & Hydraulic Transmission
流体力学及液压传动
constant flow hydraulic power steering gear
常流式液压动力转向器
hydraulic constant flow type power steering
液压常流式动力转向
Research on Ultrasonic Detection Technique of Flux and Pressure for Hydraulic System;
液压系统流量、压力超声检测技术研究
Research on Throttle Characteristics of HTD
制动力液压传力装置的节流特性研究
THE HYDRODYNAMIC LUBRICATION RESEARCH ON THE PROCESS OF HYDROSTATIC EXTRUSION;
静液挤压过程中的流体动力润滑研究
Design and Research of Jet-pipe Pressure Control Servovalve
射流管电液压力伺服阀的设计与研究
An Analysis and Elimination of the Quick Increase Trouble of Hydraulic Pump Zero Delivery Pressure;
液压泵零流量压力急增故障的分析与排除
The Eexplore to Pressure Loss due to Hydraulic Pressure Pipeline Laminar Entrance Length;
液压管道中层流起始段对压力损失的探讨
Water Hydraulic Proportional Pressure Control for Cavity-Filling Process of Water-Assisted Injection Molding
水辅成型充模流动的纯水液压比例压力控制
Research on the Unified Measurement of Flow and Pressure Based on Ultrasonic Wave Hydraulic System
超声波液压系统流量和压力统一测量研究
hydraulicefficiency ram
液力压头液压缸柱塞
Flow of gas or liquid due to a pressure difference is called viscous flow.
由于压力差引起的气体或液体流称为滞流。
Increased resistance means an increased pressure to force blood round the body.
阻力增加意味着迫使血液流往全身的压力增加。
Study on Incompressible Gas-Liquid Two-phase Flows under Normal Gravity and Microgravity
重力场与微重力场下不可压缩气液两相流研究
hydrostatic extrusio
静水压挤压;静水压挤压;静液力挤压;静液力挤压;液力静挤压
The only power source is a hydraulic system to provide generator with required hydraulic fluid flow at demanded pressure.
驱动它运转的唯一动力是所需要的液压流量及压力。