1.
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
2.
Equations of Space Curves with Constant Curvature and Torsion;
给定曲率和挠率为常数的空间曲线方程
3.
Method of establishing the deflection curve of a beam by singularity functions;
奇异函数建立梁挠曲线初参数方程的方法
4.
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
5.
Applications of the Reciprocal Theorem to Solving the Equations of the Deflection Surface of the Rectangular Plates with Various Edge Conditions
应用功的互等定理求解具有复杂边界条件的矩形板的挠曲面方程
6.
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
7.
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
8.
testing methods for flexural strength of adhesives
胶粘剂粘结挠曲强度的试验方法
9.
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
10.
Applying Heaviside function, the equations governing the beam that possessing spatially distributed piezoelectric patches have been established.
首先借助阶梯函数，建立了含有任意分布的用作执行器的压电片的梁挠曲轴线方程。
11.
Investigation of a Well-Posed Wavelet Method to Analyse Flexural Beams/Plates and Nonlinear Vibrations;
梁板挠曲与非线性振动分析的自适定小波方法
12.
flexural fatigue
弯曲疲劳,挠曲疲劳
13.
flexural strain
挠曲应变,弯曲应变
14.
flexural resilience
弯曲回弹性,挠曲回弹性;弯曲回弹能,挠曲回弹能
15.
Test method for determining mechanical and physical properties of electric cables and wires--Flexing test for flexible cables and wires
GB/T2951.21-1994电线电缆机械物理性能试验方法软电线和软电缆曲挠试验
16.
Study on Deflection of Impression Cylinder and Active Compensation Method;
胶印机压印滚筒挠曲变形分析及主动补偿方法研究
17.
The Experimental Study of Different Processing Method for Transverse Strength of Denture Base Resins;
不同聚合方法对义齿基托树脂挠曲强度影响的实验研究
18.
The Simplified Formula for Calculating the Deflection of Steel-concrete Composite Beams and the Distortional Stability Analysis of Its Negative Moment Zone;
钢—混凝土组合梁挠度计算简化方法和负弯矩区的畸变屈曲分析