1) Warping torsion theory
翘曲扭转理论
2) warping torsion
翘曲扭转
1.
It is proposed to apply general theory of torsion based on the warping torsion theory (solution of H.
针对这种构件,基于瓦格纳的翘曲扭转理论,并考虑到点焊薄壁构件焊点处的弹性特性,用一条完整的具有剪切变形特性的“剪切弹簧”来取代构件上的点焊带。
2.
This paper presents an analysis of curved box beam element considering shear lag and warping torsion effects.
考虑剪力滞后效应和翘曲扭转的影响分析了一种曲梁单元 ,在研究中运用了变分法形成刚度矩阵和节点荷载列阵 。
3.
The shear lag and warping torsion effects are considered and a modified formula for bi-moment is proposed.
本文以最小势能原理为基础,考虑剪力滞后效应和翘曲扭转(包括二次翘曲剪切)的影响提出了一种用于分析单室或多室曲线薄壁箱型梁桥力学特性的曲梁单元,推导了单元刚度矩阵、等效节点荷载列阵。
3) torsion warp
扭转翘曲
4) Warping theory
翘曲理论
1.
This paper firstly introduces "warping theory" presented in literature cite[1], then use it to solve a lot of examples.
本文首先介绍了文献[1]提出的“翘曲理论”，并以此为基础，通过大量的例题分析，阐述了该理论的应用。
2.
Based on "warping theory", this paper primarily includes several parts of research below for open cross-section thin-walled components:(1)Basal hypotheses, fundamental concepts, essential tools, and practical calculation formulas of "warping theory" are briefly introduced, and its applications on complicated conditions such as varied-section beams are concretely illustrated by example.
本文以开口薄壁杆件为对象，以“翘曲理论”为基础，主要做了以下几方面的研究工作：(1) 简要介绍了“翘曲理论”的基本假定、基本工具、基本概念以及实用计算公式，并以示例来说明它在变截面梁等复杂条件下的具体应用。
3.
Based on the three new supposition and the tow new mechanical tools: moment vector and radius vector , the warping theory introduced the analytical method of the rotation of a cross section around a fixed axis, so as to make the space stability of the thin-walled member complanate and one-dimensioned.
翘曲理论以三条新的假定和新建立的弯矩矢量和转角向径两大力学工具为基础，提出了绕定轴转动的分析方法，使薄壁构件的空间变形平面化、一维化。
5) buckling incombined bending and torsion
复合弯曲扭转的翘曲
6) twisting theory
扭曲理论
1.
In this paper we study the dual case of the twisting theory of weak Hopf algebras.
本文研究了弱Hopf代数的扭曲理论的对偶问题。
补充资料：翘翘
1.出群貌。 2.高而危殆貌。 3.引申为惶恐谨慎貌。 4.上举貌。 5.众多貌。 6.企盼貌。
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