fluid coupling

That the fluid coupling can replace the belted transmission to improvement.

提出用液力偶合器传动代替皮带传动的改进方法.

Design Analysis and Investigation of Marine Fluid Coupling

船用液力偶合器设计分析探讨

In this paper, an electrostatic model for transitional domain of ESF is derived from plasma two-fluid equations, then, its spectrum equation is obtained according to the weak coupling approximation formalism of plasma turbulence.

本文提出了研究Transition区谱分布的静电模型，并按等离子体弱耦强湍理论对其重正化得到了谱方程。

Analysis of Draft Tube Vibration Induced by Tailrace Eddy based on A Fluid-Structure Coupling Numerical Method

基于流固耦合数值方法的尾水涡带诱发尾水管振动分析

Transformation of input characteristic of fluid coupling and their engineering applications

液力偶合器输入特性曲线变换及工程应用

Application of Fluid Coupling on Forced& Induced Draught Fan for Boiler in Power Plant

液力调速耦合器在电厂锅炉送引风机上的应用

Machine mainly by the main breaker, motor, fluid coupling, hydraulic station, composed of shock absorbers.

该机主要由破碎机主体 、 电动机 、 液力偶合器 、 液压站 、 减震器等组成.

The first kind of model is non-complete coupling one and this model includes fluid coupling seepage model equation, thermal strain model equation, and rock coupling deformation equation.

第一类模型为非完全耦合模型，包括流体耦合渗流方程、热应变方程和岩石耦合变形方程；

A Correction to the Gas Fluid Coupling Algorithm in KIVA Code

对KIVA程序中气液耦合算法的修正

The seismic response analysis model of thin wall space aqueduct with fluid-structure coupling is established.

建立了考虑槽身和槽内水体流固耦合的渡槽薄壁结构梁段有限元动力分析模型。

Study of Variable Speed Fluid Coupling Using for Belt Conveyor

调速型液力耦合器在带式输送机上的应用研究

Fluid coupling is used as a crane parts.

液力偶合器是用于起重机的一种配件.

A new approach of building mathematical model of ship ′ s fluid coupling

舰船液力偶合器数学建模新方法

The high efficient hydraulic coupling ( non-slip static hydro-mechanical coupling) is a new type of fluid coupling with a principle different from conventional hydraulic coupling.

高效液力偶合器（无滑差静液力机械偶合器），是一种与普通液力偶合器原理不同的新型流体偶合器。

And solve the differential equation successfully by the method of separating the variables, so determine of the parameters in temperature field expression use the fluid-solid coupling boundary conditions and known conditions. And obtain the coefficient of temperature jump and mean Nusselt number.

然后利用流固边界耦合传热的边界条件和已知热边界条件建立方程组确定参数，并最终计算出温度跳变长度、局部努塞尔数和平均努塞尔数。

Theoretical analysis, onboard test and bench test show that this phenomenon is determined by natural blast torque after throw-out of marine fluid coupling as well as damping torque of shafting.

理论分析、码头试验及台架试验表明，该现象是由液力偶合器固有的脱排鼓风转矩与轴系阻尼转矩大小决定的。