1) A Simplified Method for the Computation of Defect Integral
瑕积分计算的简化
2) simplified calculation
简化计算
1.
A simplified calculation about section selection of shaped steel members subject to bending and tension;
型钢截面拉弯构件的一种简化计算方法
2.
Experimental research and simplified calculation of natural frequencies of prismatic catenary fixed arch;
等截面悬链线无铰拱固有频率的试验研究与简化计算
3.
Graphic method:a simplified calculation method for solid-web bending members on steel structure
实腹式钢结构压弯构件简化计算探讨——图解法
3) simple calculation
简化计算
1.
This paper introduces the simple calculation method of using ANSYA sandwich panel cell and conduction material to simulate orthogonal isomerism panel structure.
介绍了利用ANSYA的多层板壳单元,辅以各向导性材料模拟正交异性板结构的实用简化计算方法,并给出了和标准结构的计算比较。
4) reduction of calculation
计算简化
1.
Thus reduction of calculation is obtained.
提出了相似对称性和相似对称结构等概念,通过相似对称性在相似对称结构上的应用,揭示了相似对称结构的内力和变形的相似对称性规律,由相似对称性规律进一步发现相似对称结构和轴对称结构一样也可以取半边结构,使计算简化。
5) flaw integral
瑕积分
1.
Cauchy’s principal value upper limit function of flaw integral
瑕积分的柯西主值上限函数
2.
How to judge the divergence and convergence of the generalized integral ∫~(+∞)-af(x)dx is discussed through finding the related limit of non-negative function,and a method of judging the divergence and convergence of the flaw integral of a nonnegative function is given.
通过求非负函数f(x)的有关极限判断广义积分∫+a∞f(x)dx的敛散性,给出了非负函数的瑕积分敛散性的判别法。
6) defect integral
瑕积分
1.
In this paper,it gives a criteria of convergence of infinite integral about the positive function and ex-pands it on the defect integral.
主要探讨了从函数自身的性质判定无穷积分敛散性的方法,并将其推广到瑕积分。
2.
This paper presents some conditions under which defect integral can be computed as common integral.
瑕积分在计算时很容易当做普通积分计算,事实上,只要注意被积函数的原函数在积分区间上是否连续或无界,则瑕积分就可按普通积分计算。
补充资料：洪水调节计算(见水库调洪计算)
洪水调节计算(见水库调洪计算)
hongshui tiaojie洪水调节计算J ISUan 见水库调洪计算。
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