This paper proposes a new method to detect inertia moment by GMR sensor.

提出一种利用GMR传感器来检测物体转动惯量的方法。

Platform is a coupling system, i. e. the coupling of inertia moment and torque.

平台是一个耦合系统，表现在转动惯量耦合和力矩耦合。

Firstly, the added fluid mass and inertia moment are implemented from the concept of fluid kinetic energy.

对计算结果进行详细的分析，并讨论了附加流体质量对降落伞运动特性的影响。

The angle of the least inertia moment axis of grey scale image is an important shape feature in digital image analysis.

惯性主轴的方向是数字图象分析中重要的形状特征之一。

It is a easy, practical, and effective method, and can be extended to the calculation of inertia force and inertia moment balance.

方法简单实用，可推广应用于其它机构惯性力平衡和惯性力矩平衡的优化计算中。

The bending stiffness of elastoplastic member is product of tangent elastic modulus of material and inertia moment of the section.

抗弯刚度的概念是材料切线模量和截面对中和轴的惯性矩的乘积。

On the basis of considering all kinds of factors, it is added how the cross inertia moment effects the steady spin characteristics.

在考虑各种影响因素的基础上，增加了交叉惯性积对稳定尾旋的影响，从而导出了分析稳定尾旋的有关公式。

In a rotating system, unbalance default often happens which is resulted in the inertial force or inertia moment of unbalance weight.

在旋转机械中，存在着大量的转子不平衡故障，这是由转子不平衡质量的惯性力或惯性力矩所造成的。

This paper by means of different locations inertia moment of different directions and bending of the drill, analyses its bending rigidity.

本文利用钻头不同位置不同方向的惯性矩和挠曲对其弯曲刚性进行解析。

For supporting leg with varying cross section, it is necessary to calculate equivalent inertia moment prior to calculating internal force of plane frames.

对于变截面支腿，用力法计算平面框架内力时要先计算折算惯性矩。

These include relations between inertia moment and servo system performance, between structure resonance frequency and servo system performance, and between friction mo…

该分析方法可应用于设计和制造响应速度快、跟踪精度高的光电跟踪伺服系统。

The simulation experiment shows that the system has better performance of vibration suppression control and stronger robustness for modeling error of load inertia moment.

仿真实验表明，该系统具有良好的防振控制性能，而且对负载惯性矩的模型化误差具有较强的鲁棒性。

For simulating the movements of various ship types, it is required that the inertia moment, damping moment and wave interference moment of simulation stand can be adjusted.

为使摇摆模拟台能够模拟各种类型船舶的运动，要求模拟台的转动惯量、阻尼力矩和波浪干扰力矩都是可调节的。

According to bending stiffness formula of the flat plate, the idea of equivalent inertia moment is proposed, which constitutes a new second main stiffness formula for corrugated plate.

依据平板抗弯刚度公式，提出等效惯性矩的思想，构造了波纹厚板新的第二主向刚度公式。

In rotation, force becomes torque, mass becomes moment of inertia, and acceleration becomes angular acceleration.

在旋转时，力变成力矩，质量变成转动惯量，加速度变成角加速度。

Almost all moment of inertia is in this system.

几乎所有这个系统中的转动惯量。

What is the moment of inertia of that?

它的转动惯量是多少呢？

Well, the moment of inertia is a boring job.

计算转动惯量，是一个枯燥的活。

All I have to know now is what is the moment of inertia about P.

我现在只需要知道，点p的转动惯量是多少。

We have the mass of the sun, we have the radius of the sun so you can calculate the moment of inertia of the sun.

我们知道太阳的质量，太阳的半径,所以可以计算出,太阳的惯性是多少。

I will ask you for a moment of inertia for some weird line or something like that. OK, but these you should know.

我会让你们求一些，比较奇怪的曲线的转动惯量，这些你们都应该知道。

For the moment of inertia, we want the square of a distance to the axis of rotation.

至于转动惯量，要求的其实是到旋转轴距离的平方。

It has to do, of course, with the moment of inertia, but again, it's independent of mass, radius and length.

肯定是，与时间惯量有关，再次，它与材料无关，还有半径和长度无关。

I mean, there are some spokes here, but let's assume that everything is here, so then the moment of inertia is MR squared.

我是说，有一些偏差，但是假设每件事都在这，所以时间惯量是MR的平方。

Well, we will try to compute now the moment of inertia about this point.

我们要去计算关于这个点的转动惯量。

How hard it is to spin something, on the other hand, is given by its moment of inertia.

旋转东西有多难，换着来讲的话，是跟转动惯量有关的。

Needless to say, that the moment of inertia depends on what kind of object you have.

不用说，转动惯量取决于，你选择的物体。

And that's a very easy thing to apply, and that allows you now in many cases, to find the moment of inertia in situations which are not very symmetric.

它很容易运用，可以运用于很多例子，为了得到，非完全对称情况下的，转动惯量。

For the disk, all we have to do now is calculate the moment of inertia.

对圆盘，我们只需要，算出转动惯量。

If we have a solid cylinder, then the moment of inertia about this axis Q through the center of mass, which I've called Q, equals 1/2 MR squared.

假如有一个实心圆柱体，轴心的时间惯量,通过这个物质的中心，等于1/2，MR的平方。