thrust of propeller

Air propeller is the tool which transforms the power of aerial engine to the thrust of aircraft.

空气螺旋桨是把航空发动机的动力转化为飞行器推进力的工具。

It was showed that PPT was a kind of advanced propeller with small thrust, which was suitable to orbit transfer, attitude control, station keeping and formation flying for small and micro satellite.

分析认为PPT是一种先进的小推力动力装置，特别适合于微小卫星的轨道转移、姿态控制、位置保持以及星座编队飞行。

Thrust calculation of propeller, rudder, wing, and dynamic response of the whole system are discussed.

讨论了螺旋桨和舵、翼的推力解算方法和整个系统的动力学响应过程。

In this paper, panel method and CFD software FLUENT have been used for the calculation of the interaction of propeller and rudder with additional thrust fin.

本文采用面元法理论以及计算流体力学软件FLUENT对螺旋桨与舵附推力鳍组合体系统进行了理论计算。

In order to satisfy the operation requirement of the rated thrust of the propeller, the propulsion motor performs only in rated torque on the low speed, so the motor power is low.

认为以满足螺旋桨额定推力为目的，推进电动机只需要低速输出额定转矩来实现，即输出功率较低。

The mathematical expressions with high accuracy of propeller thrust coefficient are given by the regression analysis.

运用多元多项式的回归分析方法给出了螺旋桨推力系数K T值的一种精度较高的数学表达式。

Change an approximation method for calculating thrust variation of propeller in waves

波浪中螺旋桨推力变化的近似计算

It is also pointed out that the flow fields are quite different in water tunnel and towing tank even if the thrust coefficients or thrust loading coefficients of the propeller model are the same.

同时还指出，水筒中螺旋桨的推力或负荷系数与水池敞水试验值相同时，其流场仍然是不同的。

A Statistical Analysis of Torque and Thrust Variation of the Propeller under Random Head Wave

在随机迎浪下螺旋桨的扭矩和推力变化的统计分析

Calculating thrust coefficient and torque coefficient of propeller properties across four quadrants based on Matlab

螺旋桨的四象限推力系数和转矩系数的Matlab实现方法

In recent years, to satisfy the demand for larger scale and higher velocity of ships, the thrust force of propeller and the velocity of propeller jet are continuously increasing.

近年来，为满足船舶高速化和大型化的要求，船用螺旋桨的推力及其引起的射流流速也在不断增大。