1) arc length coordinate
弧线坐标
2) arc-coordinate
弧坐标
1.
A set of nonlinear differential equations for nonlinear large deformation analysis of piles with initial displacements on an elastic foundation or a plastic foundation are presented by the arc-coordinate, where the Winkeler model is used to simulate the resistance of foundation to pile.
采用弧坐标,首先建立了位于弹性地基或弹塑性地基上并具有初始位移的桩基大变形行为的非线性微分方程组,并采用Winkeler模型来模拟地基对桩基的抗力;其次,应用微分求积方法离散非线性微分方程组,得到一组离散化的非线性代数方程,并给出了利用Newn-Raphson方法求解非线性代数方程的步骤;作为应用给出了数值算例,得到了桩顶受组合载荷作用时,变形后桩基的构形、弯矩和剪力,考察了土的弹性和弹塑性性质、桩基初始位移、荷载等参数对桩基力学行为的影响。
3) curvilinear coordinate
曲线坐标
1.
The computation of temperature field under nonorthogonal curvilinear coordinate systems;
非正交曲线坐标系下的梯形物体导热过程温度场的数值计算
2.
The computation of fluid field under nonorthogonal curvilinear coordinate systems;
非正交曲线坐标系下的流场计算
3.
Study of Hamilton system in curvilinear coordinates;
曲线坐标系下哈密顿体系的建立
4) route coordinate
线路坐标
1.
A universal mathematic model to calculate route coordinate is introduced.
首先介绍了一种线路坐标计算的通用数学模型,之后用VisualC++6。
5) curvilinear coordinates
曲线坐标
1.
Algebraic-stress turbulent model for 2-D plane flow in curvilinear coordinates;
曲线坐标下平面二维水流计算的代数应力湍流模型
2.
Research on 2D Numerical Simulation of Flow with Complex Boundaries in Orthonormal Curvilinear Coordinates;
正交曲线坐标系下复杂边界二维水流数值模拟研究
3.
Based on depth averaged mathematic model of flow and pollutant tr ans portation in non orthogonal curvilinear coordinates, the k-ε double equat ions' turbulence model and the coupling arithmetic of velocity water depth are a dopted, which are applied to the numerical simulation of the flow and the contam ination diffusion transportation.
基于非正交曲线坐标下水流与污染物扩散输移的深度平均数学模型 ,采用k -ε双方程湍流模型和速度—水深耦合算法 ,应用于实验室连续弯道的水流及污染物扩散输移的数值模拟 ,分别计算了流场及岸边和中心污染物排放的浓度场 ,得到与实测值吻合良好的计算
6) coordinate traverse
坐标导线
1.
Total station coordinate traverse survey and comparison on the method of adjustment;
全站仪坐标导线测量及平差方法的比较
补充资料：消弧线圈接地系统
消弧线圈接地系统
arc suppression coil grounded system
火旧ohtJX一or〕q飞万of、){ed(X(tong消弧线圈接地系统(are suPpression eoilgrounded system)见亦有效接地系统。
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