1) effective impact friction coefficient
有效冲击摩擦系数
2) effective friction coefficient
有效摩擦系数
1.
To study the friction coefficient during particle impact on metal, an effective friction coefficient is defined as a combination of shearing term and ploughing term at each instant.
05;一般而言,这些状态的转化使固粒击靶的有效摩擦系数的过程平均值远小于低速简单滑移的摩擦系数。
2.
An effective friction coefficient relevant to impact wear is defined as the ratio of the effective friction force in the tangential direction to the load in normal direction at each instant.
提出一种与冲击磨损有关的有效摩擦系数,它被定义为冲击过程中,每一瞬间的切向有效摩擦力与法向载荷之比。
3) impact friction
冲击摩擦
1.
Initial amplitude is recorded and the impact friction coefficient is computed during an impact process.
冲击摩擦为接触面切向与法向冲量之比。
2.
The oblique elastic impact friction model presented by Chen Danian is symmetrically simplified.
将ChenDanian等人提出的弹性斜冲击摩擦模型进行了对称简化,用简化模型分析了粒子对弹性涂层冲击过程中摩擦系数的变化规律及其对涂层冲蚀率的影响;结论指出,在冲击接触的中间时段摩擦系数达到一个平台值(最大值),且有fmax=ctgα0,一次冲击全过程的平均值fp与试验值接近;随着初始入射角α0的增加,摩擦系数降低。
4) equivalent friction coefficient
等效摩擦系数
1.
Starting from the mechanical analysis and the parameter calculation of the deformation zone in line with the characteristics of ring rolling,the article introduces the concept of equivalent friction coefficient as well as its calculation presented in the form of process paramters.
从符合轧环特点的变形区参数计算和力分析出发，引入了完全由过程参数表达的等效摩擦系数的概念和计算式，并分析了过程参数对等效摩擦系数的影响。
5) friction coefficient
摩擦系数
1.
Study on the friction coefficient of PCBN compact based on cutting force;
基于切削力的PCBN复合片表面摩擦系数研究
2.
Research on new test method of friction coefficient in extrusion process;
挤压工艺的摩擦系数测定新方法研究
3.
On the friction coefficient of diffusion coefficient model;
基于摩擦系数的扩散模型
6) Friction factor
摩擦系数
1.
Research on determining friction factor in column compression by meshless method;
无网格法标定圆柱体压缩过程摩擦系数研究
2.
Study on Workpiece vs Mandrel Velocity and Friction Factor Relationship of Fully-floating Mandrel Mill(Part I);
全浮动芯棒连轧管机组轧件与芯棒速度及摩擦系数研究(上)
3.
A study on lowering friction factor of rubber materials by acid treatment;
酸处理法降低橡胶材料摩擦系数的研究
补充资料：摩擦系数
见摩擦。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条