coefficient of restitution

Application Area about the Definition of Coefficient of Restitution

关于恢复系数定义的适用范围

This paper presents a theoretical model for the coefficient of restitution calculation of point impact .

建立了一种计算点接触正碰撞恢复系数的理论模型。

A discussion on coefficient of restitution e

关于恢复系数e的讨论

Eccentric and Oblique Impact and Its Coefficient of Restitution

非对心斜碰撞及其恢复系数

Does the coefficient of restitution e surely satisfy 0 ≤ e ≤ 1 ?

恢复系数e一定满足0≤e≤1吗？

On the completely inelastic collision and the coefficient of restitution

也谈完全非弹性碰撞和恢复系数

Detection of Firmness in Peaches by Coefficient of Restitution or Percentage of Absorbed Energy

利用恢复系数、能量吸收百分率预测桃子硬度

The energy conversion and loss in collision are discussed , a formula of coefficient of restitution is obtained by energy .

讨论碰撞过程中能量转化和能量损失，给出恢复系数的能量表达式。

It is shown that the coefficient of restitution affects the inpact velocity of tamper and i.

从恢复系数出发，给出了针对不同等效质量、对接机构缓冲器的设计方法。

The coefficient of restitution had a great influence on the gas-solid flow behavior in spouted bed , and its value must be set based on reliable experimental data .

恢复系数对喷动床气固两相的流动行为影响很大，其值的设定一定要以可靠的实验数据为依据。

It can be concluded that , when only elastic impact is considered , the coefficient of restitution is determined by not only the material property o.

给出了物体与细长杆或梁弹性碰撞恢复系数的一种求解方法。

A formula of rebound distance based on coefficient of restitution was deduced through kinematic analysis of raw coal ( mixed gangue ) in the process of oblique-impact .

通过对斜碰撞过程中原煤（混矸）球的运动分析，推导出基于碰撞恢复系数的物料块反弹距离公式。

This paper analyses two concrete examples based on the definition of coefficient of restitution , and discovers that the definition of coefficient of restitution is not appropriate for all collisions .

在恢复系数定义的基础上，分析了两个具体的例子，从中发现：恢复系数的定义不适用于所有的碰撞。

One of the definitions of Coefficient of restitution is the ratio of impulse of restitution to impulse of compression . The other is the ratio of the normal relative velocity before to after the impact .

恢复系数的一种定义为恢复冲量与压缩冲量大小之比，另一种定义为碰后与碰前的法向相对速度大小之比，即牛顿公式。

Then , we develop a concise simulation software with MATLAB language , an example is given to analyze the influence of absorber ′ s mass ratio , shock clearance , coefficient of restitution , exciting force and exciting frequency on restraining vibration amplitude .

在建模的基础上，应用MAT-LAB语言开发简明实用的仿真软件，通过一个算例全面研究质量比、冲程、恢复系数、激励力和激励频率对减振效果的影响；