1.
Comparison experiment on the loading capacity of the branch pile and the pile with constant section
支盘桩与等截面桩承载性能对比试验
2.
Behaviors of large diameter pile with straight shaft and pedestal pile
大直径等截面桩与扩底桩的承载特性研究
3.
Contrastive experimental study between expanded diameter piles and equal diameter piles
大直径扩径桩与等截面桩对比试验研究
4.
Study on In-situ Test of Uplift Capacity and Nonlinear Deformation Analysis of Vertical Single Uplift Piles with Equal Section;
等截面竖向单桩抗拔承载力试验研究及变形非线性分析
5.
uniform cantilever beam
等截面悬臂梁，等截面外伸梁
6.
Study on the Geometric Characteristics of the Cast-in-Place X-Type Vibro-Pile Section
现浇X型混凝土桩截面几何特性研究
7.
The application condetions and advantages of the non-uniform pile embedded into rock has been discussed.
简要论述嵌岩变截面桩的应用条件及优点。
8.
Schematic section. The mountains, like pegs, have deep roots embedded in the ground.
截面示意图。状似木桩的山有植入土地深根。
9.
The Application of Variable Section Man-dig Piles in Complicate Geological Condition
变截面人工挖孔桩在复杂地质条件中的应用
10.
Reinforcement Calculation of Asymmetrical Reinforcement for Circular Section of Concrete Retaining Piles;
非对称配筋圆形截面钢筋砼支护桩的配筋计算
11.
Research on Algorithm for the Vertical Bearing Capacity and settlement of the Large Diameter Pile with Variable Cross-section
大直径变截面桩竖向承载力及沉降算法研究
12.
Finite pole-element calculation of anchor cable anti-slide pile and study of cross sectional shape
锚拉抗滑桩有限元计算及截面形状研究
13.
Maritime Construction Technique of Cast-in-situ Bored Piles Embedded in Rock with Reducer Large Diameters
海上大直径变截面嵌岩钻孔灌注桩施工技术
14.
Theory of Boundary on Isopleth of Multicomponent Phase Diagrams (Ⅰ)--Regular Section
恒压等成分面的边界理论(Ⅰ)——规则截面
15.
By rational designing and utilizing of the steel liners for the bored piles with varying cross sections in deep waters, the bearing capacity can be increased and the cost can be reduced.
合理地设计和利用深水中的钻孔灌注桩护筒，采用变截面桩，可以提高基桩承载能力，降低造价。
16.
Experimental Study of the 600℃ Isothermal Section of the Zn-Cr-Fe System;
Zn-Cr-Fe三元系600℃等温截面的实验研究
17.
The Isothermal Section of the Gd-Fe-Sb Ternary System at 773K;
Gd-Fe-Sb三元系合金相图773K等温截面
18.
The Isothermal Section of the Dy-Fe-Sb Ternary System at 773K;
Dy-Fe-Sb三元系合金相图773K等温截面