1) field variable
场变量
1.
The field variables and their integrations in rolling deformation zone have been determined by using rigid-viscoplastic FEM and the velocity relationship put forward by Hill regarding stable rolling.
以轧制方向单元节点速度Vx为未知量,采用Hill提出的稳态轧制过程中轧材宽度、厚度方向金属流动速度Vy,Vz与Vx的函数关系,从可压缩材料的变分原理出发来求解轧制变形区中的场变量及其积分量。
2.
One of the field variables is considered as a function of other variables and time,and the fundamental partial differential equation for the function is established.
将一个场变量取作为其余场变量和时间的函数并对这个函数建立基本偏微方程。
3.
In order to overcome the shortcomings that the conventional strength reduction element method involves large amount of calculation and the instability criterion is not unified,the field variable controlling soil shear strength reduction method for slope stability analysis was developed.
针对传统强度折减有限元法计算量大失稳判据不统一等不足,本文提出基于软件ABAQUS的场变量控制土体强度参数折减的边坡稳定性分析有限元法,该方法整个分析一次完成,大幅提高了计算效率。
2) market variable
市场变量
1.
In the channel structure model, the market variables play the leading role and the product variables play the supportive role.
在渠道结构模型中,其中市场变量起引导性作用,产品变量起支撑性作用。
3) field variables model
场变量模型
1.
The field variables model has recently emerged as a powerful approach for simulating microstructure evolution in materials.
采用场变量模型来模拟材料微观结构的演变过程取得了非常大的进展,已成为描述材料微观结构演化的非常成功的模型之一。
4) mapping the field variables
场变量映射
5) deformable tensor field
形变张量场
6) the stein tensor field
应变张量场
1.
In this paper, We define the lift g of Finsler metrics g in the manifold M to the T(M), also we introduce the stein tensor field S for the general Finsler connection FG, and prove that, the factors of N-decomposition all are p-homogenity.
本文以最一般的方式定义了流形M上Finsler度量g在T(M)上的提升g,又引进对一般的Finsler联络FG而言的应变张量场S,并证明了它的所有N-分解因子全是正齐次的。
补充资料：变量与变量值
可变的数量标志和所有的统计指标称作变量。变量的数值表现称作
变量值，即标志值或指标值。变量与变量值不能误用。
变量值，即标志值或指标值。变量与变量值不能误用。
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