1) influence factor of rotation angle
转角影响系数
2) diversion angle effective coefficient
分水角影响系数
1.
By analyzing data and mathematiclly reckoning and working out the formulas of diversion angle effective coefficient,and accurately analyzing and practically proving the formulas,the convenience is .
通过资料分析和数学推演得出了分水角影响系数的计算公式,并对其精度进行了评价,给出分水角与影响系数之间的关系曲线,可供实际工程应用参考。
3) influence coefficient
影响系数
1.
Research of oil contamination concentration influence coefficient;
油液污染浓度影响系数的试验研究
2.
Application of harmonic component - influence coefficient balance method for fast balance of 200 MW turbine rotor;
200MW汽轮机转子快速动平衡——谐分量-影响系数法的应用
3.
Based on an on-spot vibration test on Rieter A1/2 cotton grabbing machine, an on-spot dynamic balance has been done by use of influence coefficient method with the balance principle and method analyzed.
根据Rieter A1/2型抓棉机现场振动测试的情况,采用影响系数法进行现场动平衡,分析了平衡的原理及方法。
4) effect coefficient
影响系数
1.
The effect coefficients of average stress for seven kinds of structural steel materials are presented on the basis of fatigue performance tested data in this paper.
基于实测的材料疲劳性能数据,给出7种结构钢的平均应力影响系数,可供疲劳设计使
2.
The particle propose the analysis method about effect coefficient in threebranch 3-RRCC shunt robot mechanism,and lead to the motion speed and speeding- upformula in effect coefficient.
针对三分支的3—RRCC并联机器人机构,提出了影响系数分析方法,导出了用影响系数表示的运动速度和运动加速度公式。
5) influence coefficients
影响系数
1.
In this paper analytical formulas for influence coefficients in calculating the displacements and stresses at internal points in solving elasticity problems using quadratic boundary elements are derived.
文章给出对弹性力学平面问题使用二次边界元分析时内点位移和应力表达式中影响系数的解析计算公式,并有算例检验其正确性。
2.
This paper, based on the characteristics of parallel robot and influence coefficients, proposes a new inverse kinematic model, and discusses parallel algorithm.
充分考虑机构并行特征 ,运用影响系数法建立了并联机器人逆运动学模型 ,研究了模型的并行算法。
6) influence coefficient method
影响系数法
1.
Influence Coefficient Method for Computing Interfacial Shear Stresses of Film-to-Substrate;
膜-基复合材料界面剪应力分析的影响系数法
2.
The paper introduces the application of influence coefficient method on auto-balancing system of grinding machine.
介绍了影响系数法在机械式磨床自动平衡系统中的应用。
3.
The three-dimensional plastic deformations of strip were analyzed by using the stream surface strip element method, the elastic deformations of the rolls were analyzed by using the influence coefficient method, the analyzing and computing models of shape and crown were established by combining them.
用流面条元法分析带材的三维塑性变形 ,用影响系数法分析辊系的弹性变形 ,将两者耦合 ,建立了四辊轧机板形和板凸度的分析计算模型。
补充资料:连轧影响系数
连轧影响系数
influence coefficient in continuous rolling
1 ianzha yingxiang xishu连轧影响系数(influenee eoefficiont in con-tinuous rolling)用板速增量方程、板厚增量方程和功率增量方程为基本方程组(共有3n个方程,n为连轧机架数)描述的在稳态条件下连轧机各机架参数关系中列向量与已知量的比值。基本方程组可写成如下矩阵形式: AX~CY 式中A为未知量的系数 矩阵;X为未知量的列 向量;C为已知量的系数 矩阵;Y为已知量的列向 量。若给定一个已知量, 而令其他己知量均为 零,对上述矩阵形式的 基本方程组求解,则得 到在该已知量的作用下 各种参量的变化情况。 例如,给定第j架辊缝变 化量为心,,而令其他已 知量均为零,则可得到 3,个未知量,这些未知 量都是在惟一的已知量 站,的作用下产生的,因 _,._一二(户的/h),。,[ 此若令A。=之共器!二三,则 ~旧丫“,少八S,’尹切 此比值儿,表示第夕机架的辊缝变化量昭,对第i机架板厚变化量(劫/h)、的影响。这一计算方法于1967年由日本美坂佳助提出的,现已成为连轧稳态特性(见连轧综合特性)分析中一种常用的数学模拟方法。 (赵以相)
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