1.
Use Pile Outside Cross-hole Ultrasonic Method to Detect Length of Friction Pile and Rock-socketed Condition of Rock-socketed Piles
桩外跨孔超声波法探测摩擦桩桩长和嵌岩桩嵌岩状况
2.
Friction Pile Bearing Analysis of Fully Saturated Soil under Traffic Load;
城市交通荷载对摩擦桩承载力的影响
3.
Influence of pile spacing, pile cap dimension and angle of internal friction of embankment filling on the pile efficacy is analyzed.
研究了桩间距、桩帽大小和填料内摩擦角对桩体荷载分担比的影响。
4.
Research on Influence of the Anchor Pile on the Bearing Capacity of the Testing Pile in the Static Load Test of Friction Pile in Loess;
黄土地区摩擦型桩静载试验中锚桩对试桩承载力影响研究
5.
Study on Horizontal Bearing Capacity and Negative Skin Friction of Port Engineering Piles;
港口工程桩基水平承载力和负摩擦力的研究
6.
Count and Study on the Collapsible and Negative Friction of Pile in Collapsible Loess Region;
湿陷性黄土地基桩基湿陷负摩擦力计算与研究
7.
Study on the Negative Skin Friction of Single Piles during the Consolidation of Ground;
堆载固结过程中单桩负摩擦力性状研究
8.
Studies of relation between drag load and time of negative skin friction of pile foundation
桩基负摩擦力的下拉荷载与时间关系研究
9.
Negative friction force computation and analysis for a foundation pile in Rui'an urban flood control project
瑞安城市防洪工程某基桩负摩擦力计算与分析
10.
A Study of Multi-Post Strain Transducer of Friction and the Measurement of the Friction along the Pile Side
多柱应变式摩擦力传感器研究与桩侧摩阻力测定
11.
The influence of the pile type and the friction angle of the contact surface on the limit bearing capacity of the piles and the composite foundation is discussed with an example.
通过算例,讨论了桩型及桩土接触面上的摩擦角对散体材料桩及其复合地基极限承载力的影响。
12.
"There are three classes offriction: dry, greasy, and viscous. "
有三种摩擦状态:干摩擦、滑动摩擦和粘性摩擦。
13.
pertaining to or worked or produced by friction.
关于摩擦或摩擦力，由摩擦或摩擦力产生。
14.
To warm by rubbing, as with the hands.
摩擦生热摩擦以生热，尤指用手摩擦
15.
Model Test and Numerical Analysis of Pile's Negative Friction under the Unsymmetrical Backfill
“不对称”填土作用下桩基负摩擦力试验研究与数值模拟
16.
Study on Nonlinear Dynamics Characteristics of Vibration Pile Friction System with Slow-varying
振动沉桩摩擦系统慢变过程的非线性动力学特性研究(英文)
17.
To become worn or sore from rubbing.
擦伤，擦疼因摩擦而磨损或擦疼
18.
Evaluation of Friction Performance and Friction Mechanism of Semi-Metallic Friction Materials;
半金属摩擦材料摩擦性能评价和摩擦机理研究