1.
The whole piezolaminated curved beam is equivalent as a single layer structure, and the governing equation of piezolaminated curved beam with small curvature is derived based on one-dimensional beam theory.
将压电夹层圆形曲梁等效为单层结构，基于一维小曲率曲梁理论，建立其控制方程。
2.
The Analysis and Discussion of Flexural-torsional Buckling of Thin-walled Steel Beam;
薄壁钢梁弯扭屈曲理论的分析和探讨
3.
Lateral Buckling of Web-Tapered I-Beams:A New Theory
工字形截面楔形梁的侧向屈曲:新理论
4.
A CURVED GRILLAGE THEORY IN CONSIDERATION OF WARPING EFFECT WITH ITS APPLICATION TO THE ANALYSIS OF A CURVED SKEW GRILLAGE BRIDGE IN QINGDAO, CHINA
考虑翘曲作用的曲线格子梁理论与应用——青岛曲线斜支承格子梁桥的分析
5.
Research on Cross-section Warping Coursed by Distortion of the Linear Elastic Thin-walled Beam Based on Generalized Beam Theory;
基于广义梁理论（GBT）的线弹性薄壁梁考虑截面畸变的翘曲研究
6.
Non-linear Analysis for Curved Box Girders in Considering Shear-lag Effect;
薄壁曲线箱梁考虑剪力滞的非线性理论研究
7.
Research on the Post-Buckling Behavior of Thin Plate and the Tension Field Theory of Web;
薄板的曲后性能和梁腹板拉力场理论研究
8.
Research into Space Prestressing Analysis Theory and Application of Curved Girder Bridges;
曲线梁桥空间预应力分析理论与应用研究
9.
Study on the Curvature Distribution of the Partial Shear Connection Steel-concrete Composite Beams;
部分剪力连接钢—混凝土组合梁曲率的理论分析
10.
According to the original assumption, this theory should be applied only to long, thin beams loaded in pure bending.
根据原来的假定，这个理论只适用于受纯弯曲载荷的长而薄的梁。
11.
Linear Elastic Theory and Ultimate Load Carrying Capacity Analysis of Thin-walled Curved Beams;
薄壁曲梁线弹性理论和弹塑性稳定极限承载力分析
12.
Theoretical Research on Geometric Nonlinearity of Curved Box Girders in Considering Shear-lag Effect Based on the Updated Lagrangian Formulation;
曲线箱梁基于UL法考虑剪力滞的几何非线性理论研究
13.
Study on Damage Identification of High Way Bridge Based on Curvature Mode Theory;
基于曲率模态理论的城市公路桥梁损伤识别研究
14.
Theoretical Analysis and Experimental Study on Shear-lag Effect of Prestress Concrete Curved Box Beam;
预应力混凝土曲线箱型梁剪力滞效应理论分析与试验研究
15.
The Identification of Bridge Structural Damage Based on the Theory of Curvature Modal Shape and RBF Neural Networks
基于曲率模态理论和RBF神经网络的桥梁损伤识别
16.
Study on the Neural Networks and Curvature Modal Shape-based Damage Identification for Simply Supported Bridge with Multiple Girders
基于曲率模态理论及神经网络的多片简支梁桥损伤识别研究
17.
On Liang Shiqiu s Debating Trilogy in the Literary World--Take Liang and Lu Debate as the Axis;
梁实秋文坛论争的三部曲——以梁鲁论争为中轴
18.
Based on wave propagation theory, the wave solution of a simply supported beam with a crack is investigated.
基于结构振动波传播理论，讨论了在简谐力作用下，裂纹简支梁的弯曲波动解。