1) Generalized potential temperature
广义位温
1.
Generalized potential temperature in non-uniformly saturated atmosphere;
非均匀饱和大气中的广义位温
2) generalized equivalent potential temperature
广义相当位温
4) general displacement
广义位移
1.
The basic variables in the equations are three general displacements ψ x,ψ y and w as well as the core thickness h .
以三个广义位移和夹芯厚度为基本变量,以 Reissner 理论的基本假设为基础,建立了夹芯层厚度沿一个方向线性变化的三层夹层板弯曲问题的偏微分方程当令 = 0 时,方程便退化为经典的等厚度夹层板的平衡偏微分方程
5) generalized locationg
广义定位
6) generalized displacement
广义位移
1.
On the basis of the theory of the beam with two generalized displacements,the differential equation of the sheared simple beam with two generalized displacement is derived,considing uniformly distributed load,and general solution is goven.
本文用两个广义位移的梁的理论,推导出具有两个广义位移受剪切影响的简支梁受均布载荷作用时的微分方程式,并求出其通解,进而根据边界条件求出其精确解。
2.
Based on the conventional finite element, the Lagrange interpolation space for displacement at each node is extended to an arbitrary function expansion with any number of generalized displacements.
基于传统有限元理论,将每个结点位移的Lagrange型插值空间推广为具有任意多个广义位移的函数展开式,在不增加结点个数的前提下,仅通过提高结点插值函数的阶数,达到提高有限元精度的目的,建立了三维广义八结点等参单元的有限元列式,探讨了广义有限元的程序实施细则。
3.
Based on the conventional finite element, by use of the finite cover technique in the numerical manifold method, the Lagrange interpolation space for displacement of each node is expanded to a function expansion with any number of generalized displacements, and formulae of generalized four-node iso-parametric finite element are given.
基于传统有限元理论 ,吸收数值流形方法中有限覆盖技术 ,将每个结点位移的Lagrange型插值空间推广为具有任意多个广义位移的函数展开式 ,给出了广义四结点等参单元的有限元列式 。
补充资料:春暮过石龟谷题温处士林园(一作送温逸人)
【诗文】:
隐几无名老,何年此陆沈。丘园自得性,婚嫁不婴心。
岁计因山薄,霞栖在谷深。设罝连草色,晒药背松阴。
触兴云生岫,随耕鸟下林。支颐笑来客,头上有朝簪。
【注释】:
【出处】:
全唐诗:卷238_41
隐几无名老,何年此陆沈。丘园自得性,婚嫁不婴心。
岁计因山薄,霞栖在谷深。设罝连草色,晒药背松阴。
触兴云生岫,随耕鸟下林。支颐笑来客,头上有朝簪。
【注释】:
【出处】:
全唐诗:卷238_41
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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