1.
Adopting sand pile, plaster pile and cement pile and etc to deal with soft and weak foundation which becomes compound foundation is a common method in foundation treatment.
采用砂石桩、土桩和水泥土桩等处理软弱地基,形成复合地基,是地基处理中常用的一种方法。
2.
Analysis of Working Properties of Composite Ground under Flexible Foundation;
柔性基础下复合地基的工作形状分析
3.
Deformation Analysis on Composite Subgrade of End Bearing Pile under Flexible Foundation
柔性基础下端承桩复合地基变形分析
4.
Composite Texture Generation and Application in 3DGIS
3DGIS中复合地形纹理生成与应用
5.
Semi-solid Thixo-forming of In-situ Reactive Spray Formed TiC_p/7075Al Matrix Composites
TiC_P/7075铝基复合材料的半固态触变成形
6.
Study on Deformation Characteristic of Large Spacing Deep Mixing Pile Composite Foundation;
大桩距搅拌桩复合地基变形性状研究
7.
The Distortion Characteristic and Influencing Factor of CFG Composite Foundation;
CFG桩复合地基变形特性及影响因素
8.
Research on the Combined Forming Technology for Sheet Metal Based on Multi-point Forming & Incremental Forming Technology
基于多点成形与渐进成形的板料复合成形技术研究
9.
Complex drawing and reverse drawing forming of cylinder part basing on numerical simulation
基于数值模拟的筒形件正反拉深复合成形
10.
BEARING CAPACITY AND DEFORMATION CHARACTERISTIC OF A COMPOSITE FOUNDATION WITH DRIVEN CAST-IN-PLACE Y PILES
Y形沉管灌注桩复合地基荷载变形特性
11.
Synthesis of Gold Nanostructures with Controlled Morphologies from AuCl(Oleylamine)Complex
基于AuCl(油胺)复合物合成形貌可控的金纳米结构
12.
The Deformation Analysis of Stone Columns Composite Foundation Subjected to Earthquake
地震作用下碎石桩复合地基的变形研究
13.
The Measure and Distortion Analysis of Composite Soil Nailing Wall Shoring for Foundation Pit in Soft Soil Stratum
软土地基复合土钉墙支护基坑监测及变形分析
14.
The Formation of China Land-sea Geoenvironment and Her Strategic Choice
中国陆海复合地缘环境的形成及其战略选择
15.
Objects form the substance of the world. Therefore they cannnot be compound.
对象形成了世界的基础。因而它们不会是复合物。
16.
THE CHIP FORMATION MECHANISM OF HARD PARTICLE REINFORCED METAL MATRIX COMPOSITES
硬脆颗粒增强金属基复合材料的切屑形成机理
17.
Study on the Technical Base of Al/Al_2O_3 Composite's Thixoforming in Pseudo-Semi-Solid State;
伪半固态触变成形Al/Al_2O_3复合材料工艺基础研究
18.
Basic Research on Accurate Forming Technology by the Hybrid Plasma Deposition and Milling;
等离子熔积铣削复合精确成形技术基础研究