1.
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
2.
Development and Application of Surface Deflection Auto-measuring Equipment
面板挠度自动测量装置的研制及应用
3.
New Technique of Monitoring Deflection of Dam Face with Light Transmitting Fiber Gyro in Dongqing Hydropower Station & Its Operating Track Erection
董箐水电站光纤陀螺监测面板挠度新技术及其运行轨道安装
4.
maximum allowable deflection of tray column
板式塔的最大容许挠度
5.
Analysis of Deflection of Stiffened Plates with Rids under Transverse Load together with the Neutral Plane Forces
加肋板在横向载荷和板中面力共同作用下的挠度分析
6.
In the theory of the small deflection of thin plates,the clamped edged rectangular plate is a difficult subject. So far the problem of couples acting on the surface of the plate is little studied.
在薄板的小挠度理论中,四边固定的矩形板是个难题,而当板面受力偶作用时,至今很少有人讨论。
7.
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
8.
ANALYTIC SOLUTION OF BENDING SURFACE PROBLEM OF FAN-SHAPED PLATE
扇形薄板弯曲问题挠曲面的解析解
9.
Solution to the Large Deflection Problem of Thin Plates by BEM Method
用边界元法求解薄板大挠度弯曲问题
10.
Nonlinear Finite Element Analysis and Calculation of Deflection of Reinforced Concrete Two-way Slabs;
钢筋混凝土双向板的挠度分析与计算
11.
Measurement of Deflection of Lamina under the Action of Couple by Using ESPI Technology;
ESPI技术测量力偶作用时薄板的挠度
12.
High-density IC Packaging Based on Flexible Printed Circuit
基于挠性基板的高密度IC封装技术
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.
DEFLECTION FOR REFLECTOR PLATE OF HELIOSTAT BASED ON THIN PLATE FLEXURE THEORY
定日镜反射板基于薄板弯曲理论的挠度分析
15.
Chemical Etching to Manufacture Double Access Single-side FPC
化学蚀刻法制作双面连接的单面挠性板
16.
Static Analysis of Plates Supported by Elastic BeamsUsing the Coupling of BEM and Analytical Beam Deflections
边界元与梁的挠度解析式耦合分析弹性支承板
17.
Expermental Researches on Deflection of Cast-in-Situ RC Two-Way Slab;
现浇钢筋混凝土双向板挠度的试验研究
18.
Apply Free-Parameter Perturbation Method to Analyze the Large Deflection Problems of Plates and Shells;
采用自由参数摄动法求解板壳大挠度问题