1.
Experimental study on creep deformation of fold-line pre-tension pre-stressed simple supported beam
折线先张预应力混凝土简支梁徐变挠度试验研究
2.
The Influence s Research for Deflection Control of Bridge Construction Considering Concrete Creep;
混凝土徐变对桥梁施工中挠度控制的影响研究
3.
On the influence of the concrete creep on the long-term deflection of the long-span box-girder bridges
徐变对大跨径混凝土箱梁桥长期挠度影响
4.
Analysis of Shrinkage and Creep for Rigid Frame Bridge s Deflections and for the Course of Diagonal Cracks in Box Girder;
收缩徐变对连续刚构桥挠度的影响及腹板斜裂缝成因分析
5.
The Concrete's Creep Effects the deflection of reinforced concrete beams strengthened with carbon fiber sheet
混凝土徐变对碳纤维布加固钢筋混凝土梁的挠度影响
6.
Finite Element Analysis of Deflection Deformation of RC Beam Strengthened With CFRP
CFRP加固RC梁挠度变形的有限元分析
7.
Study of RCC gravity dam temperature creeping stress
碾压混凝土重力坝温度徐变应力研究
8.
Research on Concrete Creep and Application in Pre-camber of Bridge;
混凝土徐变与桥梁的预拱度设置研究
9.
Study on the Influence of Humidity on Creep of Reinforced Concrete Beams
湿度对钢筋混凝土梁徐变的影响研究
10.
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
11.
Flexibility Effect of Shearing Deformation on Cantilever Box Girder of Sandwich Composite Materials
剪切变形对夹芯复合材料悬臂箱梁挠度的影响
12.
High-Precision Analytical Formulas of Large Deflection Problem for Annular Throttle-Slice in Shock Absorber
减振器环形阀片大挠曲变形的高精度解析式
13.
Deflection Calculation of Composite Girder Bridge with Corrugated Steel Web with Consideration of Shear Deformation
折腹式组合梁桥考虑剪切变形的挠度计算
14.
Leaf spring Natural blow( front/rear)
静挠度前/后(mm)
15.
Analysis on the Contraction and Time Deformation of Long-spanned PC Cable-stayed Bridges
大跨度PC斜拉桥收缩和徐变变形分析的研究
16.
Effect of height of second-stage cooling on concrete thermal creep stress
二期冷却高度对混凝土温度徐变应力的影响
17.
Large Deflection Problem of a Cantilevered Thin Plate With Variable Width Subjected to Uniform Pressure;
跟随均布荷载作用下变宽度悬臂薄板的大挠度问题
18.
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