1.
Large Deflection Equation of Axisymmetrical Deformation Problem for a General Sandwich Shell of Revolution
一般夹层旋转壳在轴对称变形下的大挠度方程
2.
The Calculation Equation for Four-edged Rectangular Plates with Work Reciprocal Theorem of Bending Thin Plates with Large Deflections;
应用大挠度薄板功的互等定理求解四边固定矩形板的挠曲方程
3.
From the elasticity variational principle, the governing dynamic differential equations of the geometric non-linear beam with large deflection is deduced.
通过弹性力学变分原理建立了大挠度非线性梁的控制微分方程组。
4.
Finite element method based on complementary energy principle for large deflection of shallow beam
浅曲梁大挠度分析的余能有限元方法
5.
A System of New Boundary Integral Equations of Thin Plate Bending;
薄板小挠度弯曲问题的新的边界积分方程
6.
THE SIMULATION OF STEEL CATENARY RISERS IN DEEPWATER WITH FLEXIBLE CABLE MODEL
深水钢悬链线立管的大挠度柔性索模拟方法
7.
maximum allowable deflection of tray column
板式塔的最大容许挠度
8.
A HIGH PRECISION COMPUTATIONAL MODEL AND METHOD FOR ANALYZING THE LARGE DEFLECTION OF MICROBEAMS DRIVEN BY ELECTROSTATIC FORCE
分析静电力作用下微梁大挠度变形的一种高精度计算模型与方法
9.
In the analysis of plates in bending, deflection is obtained by solving Eq.
在受弯板的分析中，借求解满足板边界处条件的方程得出挠度。
10.
A REFINED DIFFERENTIAL EQUATION OF DISPLACEMENT OF FOURTH ORDER FOR THE AXIAL SYMMETRICAL BENDING PROBLEM OF A CONICAL SHELL AND ITS SOLUTION IN BESSEL FUNCTION
圆锥壳轴对称弯曲问题精确的四阶挠度微分方程和贝塞尔函数解
11.
Basic Differential Equation of Special Self-anchored Suspension Bridge Based on Flexibility Theory
基于挠度理论的特殊自锚式悬索桥基础微分方程
12.
Research on Long-term Deflection Control of the Long-span PC Continuous Rigid Frame Based on Load-balancing Method
基于荷载平衡法的大跨径PC连续刚构桥长期挠度控制方法研究
13.
Effect of Entrance/exit Leveler Roller' intermesh to Plate Flatness
辊式矫直过程中板带弯曲挠度的确定
14.
testing methods for flexural strength of adhesives
胶粘剂粘结挠曲强度的试验方法
15.
Research on the Surveying Way for Surface Deflection of Digital Dam
数字式水坝面板挠度的测量方法研究
16.
A Method for Static Deflection Analysis for Cracked Timoshenko Beam
一种Timoshenko裂纹梁的静力挠度分析方法
17.
CHARACTERISTICS AND CALCULATION METHODS OF CONCRETE BEAMS REINFORCED WITH FRP BARS
FRP筋混凝土梁挠度的特点及计算方法
18.
New Method Processing the Deflection and Rail Gnawing of Bridge Crane
处理桥式起重机挠度及啃轨的新方法