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1)  final bending moment diagram
最终弯矩图
2)  maximum bending moment diagram
最大弯矩图
3)  maximum bending moment
最大弯矩
1.
Reliability analysis of the responses such as the maximum bending moment in the pile and the pile head displacement were presented.
在考虑桩的水平荷载、桩周土反力及桩的刚度等不确定因素情况下,采用一阶可靠度分析方法对水平受荷桩的最大弯矩及桩顶的最大位移进行了可靠性分析,进 而,考虑分布参数的不确定性,用点估计法预估桩的失效概率,对给定的p-y 曲线进行桩的可靠性分析。
2.
This paper makes an exhaushve study of maximum bending moment for beam to bear moving load, and putsforwrt its method and step to determine it.
对受移动载荷梁的最大弯矩进行了详尽的分析。
3.
The major role in the design of cantilever sheet pile is to determine the insert depth and the maximum bending moment.
悬臂式板桩墙设计中主要确定插入深度和最大弯矩,由于传统方法计算的最大弯矩在理论上与实际存在矛盾,因此本文建议了一种计算最大弯矩的方法。
4)  bending moment diagram
弯矩图
1.
qx~n/l~n Study on area and position of mass center in bending moment diagram under load
qx~n/l~n荷载作用下弯矩图的面积和形心位置规律探讨
2.
The basic way that verifies whether bending moment diagram is correct is derivative judge.
弯矩图是内力图的一种,检验弯矩图正确与否的基本方法是导数的几何意义判定法。
3.
The bending deformation is one of the most important deformations in the engineering, analysis of internal bending forces is the key for knowing the bending deformation, the internal bending forces include two factors of the shear and bending moment, and to draw the internal bending force diagram is to draw the shear diagram and bending moment diagram.
工程中弯曲变形是最重要变形之一,分析弯曲内力是了解弯曲变形的关键,而弯曲内力包括剪力和弯矩两个内力因素,绘制弯曲时的内力图就是要绘制剪力图和弯矩图。
5)  general bending moment figure
总弯矩图
1.
There exist some insufficiency in the analysis of general bending moment figure in the materials mechanics textbooks adopted in many colleges.
现有材料力学教材中,对总弯矩图绘制方法的分析存在着明显的不足,针对这一情况本文比较详细地介绍了总弯矩图绘制一般方法;并对总弯矩图与两平面内弯矩图之间的内在联系,用解析几何的知识进行了分析与归纳。
6)  moment diagram
弯矩图
1.
A rapid design method to determine the amount of prestressing tendons and reinforcements in frame beam using moment diagram is proposed in this paper, which can be used efficiently in the primary design stage.
本文提出了一种利用弯矩图快速确定框架梁中预应力钢筋和非预应力钢筋的方法。
2.
Superposing is one of methods to obtain the sheer diagram and moment diagram of general beams that bear complicated loads, the essay details superposing which is a direct available method , and focuses application of superposing on the sheer diagram and moment diagram of beam such as mirror image symmetry.
叠加法是绘制承受复杂载荷梁的剪力图和弯矩图形的行之有效的方法之一 。
3.
In this article,the basic principles and general methods for drawing the shear diagram and bending moment diagram by the relations of derivative among shear force,bending moment and density of external distributed load have been analyzed mostly.
重点分析了由剪力、弯矩与分布外载荷集度的导数关系绘制剪力图和弯矩图的基本原理和方法。
补充资料:最大的最大收益值准则
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性质: 也称最大的最大收益值准则。不确定型决策准则之一。其方法是:首先找出各方案的最大收益值,然后选择这些最大收益值中最大者所在的方案作为最满意方案。这个准则采取乐观主义态度,把方案最大收益值(或最小损失值)的自然状态,作为必然出现的自然状态采看待,从而把不确定型决策问题化为确定性决策问题来处理。选择最大收益值中最大的方案(对损失值来说就是选择最小损失值中最小的方案)作为最满意的方案,即取“最有利中之最有利”方案,所以亦称为“乐观的决策准则”。

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