1) have no limits; used of mathematical series.
没有限制;用于数学级数。
2) finite progression
有限级数
1.
The formula of piles deformation is considered as finite progression with unknown numbers which can be solved by introducing the boundary conditions of the tip and base of piles,and then the deformation of piles and soil beside piles can be o btained.
提出分析群桩基础的剪切位移法:设定桩身位移方程为含有未知量的有限级数,利用桩顶、桩端的边界条件求解各未知量,从而得到桩身位移及桩周土位移。
4) finite progession method
有限级数法
1.
In allusion to diversified methods′s shortcomings of solving girder′s distortion,brings forward applying cantalever and finite progession method to analyze all girder′s distortion.
针对求解梁变形的几种方法的不足,提出用悬臂梁及有限级数法分析所有梁的变形,即通过悬臂梁结构分析,将记忆转化为分析,用特殊而简单的方法求解一般而复杂的问题。
6) finite order Dirichlet series
有限级Dirichlet级数
1.
Then the finite order Dirichlet series on the right half-plane is studied,and the relations between the order on the type-function and the coefficients of Dirichlet series are found.
对于有限级Dirichlet级数定义了型函数U(r)及其关于型函数的级,研究了右半平面上有限级Dirichlet级数,得到了其关于型函数U(r)的级与系数之间的关系。
补充资料：没有
1.犹没收。
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参考词条