1.
QUASI PLANE ASSUMPTION AND ITS APPLICATION IN STEEL-CONCRETE COMPOSITE BOX GIRDERS WITH CORRUGATED STEEL WEBS
波形钢腹板-混凝土组合箱梁截面变形的拟平截面假定及其应用研究
2.
Research on In-plane Ultimate Bearing Strength of Tapered Column;
楔形变截面柱平面内稳定承载力研究
3.
Effects of different resection levels on biomechanics after modular hemipelvic endoprosthesis reconstruction:Finite element analysis
有限元方法分析不同截骨平面对组配式半骨盆假体固定效果的影响
4.
In Eq. (53)it is assumed that there is no restraint to the free warping of the cross sections.
在式（53）中，可假定对截面的自由翘曲没有阻碍。
5.
Out-of-plane Stability Analysis of Tapered I-sectioned Beam-columns with Slender Web;
楔形宽薄腹工形截面压弯构件平面外稳定分析
6.
Finite Element Analysis on the Stability in Plane of Tapered Portal Frame;
变截面门式刚架平面内稳定的有限元分析
7.
Plans, elevations and sections
平面图、正面图及截面图
8.
The rigid arm CC is simply a statement that the "plane sections" hypothesis may be applied to the shear wall.
刚臂CC只是说明了在剪力墙中可以应用“平截面”假设。
9.
On the Adiabatic Steady Flowing of Fluid in the Varying Cross - Section Horizontal Tube;
变截面水平管中流体绝热稳定流动讨论
10.
The Applied Anatomy Research of LeFort I Osteotomy Reference Plane
Le FortⅠ型截骨术定位平面的应用解剖学研究
11.
mean dynamic pressure in a cross-section
横截面内的平均动压
12.
To replace(the edge of a crystal) with a plane face.
把晶体的棱截成平面
13.
The equilibrium and stability of an elastic rod with circular cross section under the constraint of a cylinder is discussed.
讨论受圆柱面约束的圆截面弹性杆的平衡与稳定性。
14.
The In-plane Stability of Tapered I-section Beam-Columns with Slender Web;
楔形宽薄腹工形截面压弯构件的平面内稳定性分析
15.
Study on the Stability in Plane of Portal Frame with Rotational Restriction of Simple Column Base;
简易柱脚转动约束对变截面门式刚架平面内稳定承载力影响研究
16.
Stress Analysis and In-plane Inelastic Stability of Tapered Members;
变截面构件的应力分析和平面内弹塑性稳定研究
17.
On Pinching Theorem of Sectional Curvature on a Hypersurface with Constant Mean Curvature in Locally Symmetric Quasi-constant Curvature Space;
局部对称拟常黎曼流形中常平均曲率超曲面的截面曲率的Pinching定理
18.
On Pinching Theorem of Sectional Curvature on a Hypersurface with Constant Mean Curvature in a Locally-Symmetric Space;
关于局部对称空间中常平均曲率超曲面的截面曲率的Pinching定理