1.
The Study on Determination of One-way or Two-way Slabs Simply Supported on Four Sides;
四边简支单向板与双向板区分界限的研究
2.
Buckling Analysis of Simply-supported Piezoelectric Functionally Gradient Rectangular Thin Plate;
四边简支压电功能梯度矩形薄板的屈曲
3.
Solution to Bending of Rectangular Thin Plates Simple Supported on Four Edges on Pasternak Model of Foundation;
Pasternak地基上四边简支矩形薄板的弯曲问题
4.
Experimental research of four-edge simple support two-way reinforced concrete slab under fire
四边简支钢筋混凝土双向板火灾试验研究
5.
ANALYTICAL SOLUTION OF CELLULAR HOLLOW PLATES SIMPLY SUPPORTED SUBJECTED TO UNIFORMLY DISTRIBUTED LOADS
均布荷载下四边简支蜂窝式空心板的解析解
6.
Simplified Ultimate Bearing Capacity Calculating Method of Axially Compressed Simply Supported Perforated Thin-Walled Plates
单向均匀受压四边简支开孔板承载力近似计算
7.
Nonlinear vibration of functionally graded material plate under different internal resonances
四边简支FGM矩形板非线性振动中的内共振
8.
The Radiation Impedance of the Flexural Vibration Square Plate in the Condition of Supporting Boundary
四边简支弯曲振动方形薄板辐射阻抗的研究
9.
Radiation Impedance and Acoustic Radiation Power of the Simply Four-side-supported Square Thin Plate in Flexural Vibration;
四边简支弯曲振动方形薄板辐射阻抗及辐射声功率的研究
10.
ANALYTICAL SOLUTION OF THERMOELASTIC LAMINATED GENERIC SHELLS WITH FOUR SIMPLY SUPPORTED
四边简支热弹性复合材料层合正交双曲壳的解析解
11.
In the end， aiming at the flexible installing of the practice engineering， the active isolation vibration of the rectangular thin plate， which is simply supported on the four sides， is investigated.
针对工程实际中的柔性安装问题，对四边简支矩形薄板的主动隔振进行了研究。
12.
A SIMPLIFIED METHOD FOR SHALLOW SHELLS WITH SIMPLE SUPPORTS BY BEM
边界元法分析周边简支扁壳的一种简便计算
13.
Research on Sound Radiation of the Plate with Two Opposite Sides Simply Supported and Other Two Free;
对边简支对边自由矩形板的声辐射研究
14.
On Opening Up the Job Market for University Graduates
简论撬动毕业生就业市场的四个支点
15.
Calculation of Elastoplastic Adjustment Factor for Rectangular Thin Plate Fixedly Supported along Two Sides and Simply Supported along Other Two Sides
两对边简支两对边固支矩形薄板弹塑性调整系数计算
16.
Exact Analytic Solution of Rectangular Thin Plate with Four Edges Clamped
四边固支矩形弹性薄板的精确解析解
17.
Four boundary conditions, such as fixed clamp, moving clamp, hinge support and simple support, are considered.
文中考虑了固定夹紧、移夹紧、支承及简单支承等4种边界条件.
18.
Damage detection for elastic thin plate with four simply clamped edges based on curvature model difference
基于曲率模态差的四边固支薄板的损伤检测