1.
Experimental Study on Dynamic Properties of Silt Composite Sample with Lime-soil Reinforcement
灰土增强体复合土动力特性试验研究
2.
RESEARCH ON THE DURABILITY OF THE GRAD ORDINARY STRENGTH ADDING CALCIUM FLY ASH CONCRETE
普通强度等级增钙灰混凝土耐久性研究
3.
Grey relevant between alkali activating system and compressive strength of geopolymer
碱激发体系与土聚水泥抗压强度的灰色关联
4.
The addition of cement or lime hardens the soil and greatly increases its compressive strength.
水泥、石灰使土质变硬,从而大幅度增加其压缩强度。
5.
When 40% to 50% fly-ash used in it, the increasing strength of lean concrete by age is the largest.
粉煤灰掺量为40%和50%时,贫混凝土的强度随龄期而增长的幅度最高;
6.
Research on Critical Strength of Frozen Injury and Microstructure of Cacium-Enriched Fly Ash Concrete;
增钙粉煤灰混凝土抗冻临界强度及显微结构研究
7.
Analysis of pile-soil stress ratio for double reinforced composite ground
双向增强体复合地基桩土应力比分析
8.
CALCULATION FOR PILE-SOIL STRESS RATIO OF TWO-DIRECTION REINFORCED COMPOSITE FOUNDATION
双向增强体复合地基桩土应力比计算
9.
Test study on the dynamic characteristics of silt composite samples with different reinforcements
不同增强体粉土复合土动力特性试验研究
10.
Influence of matrix properties in steel-wire-net reinforced concrete
钢丝网增强混凝土中基体性能与增强效果的关系
11.
Implantation of C/C and CCH to Bone Interface
碳纤维增强碳及其与羟基磷灰石复合种植体骨界面
12.
Application and Development of Needle Aedelforsite Reinforced Polypropylene in Automobile Shell Parts
针状硅灰石增强聚丙烯在汽车壳体上的应用与开发
13.
The Effect of Matrix and Reinforcement Fiber on the Friction and Wear Properties of the Brake Couple of Gray Iron and Resin-based Composite;
基体及增强纤维对灰铸铁/复合闸瓦摩擦副摩擦磨损性能的影响
14.
Effect of Strengthening Unit-body by Bio-mimetic Coupling on Thermal Fatigue Properties of Cast Iron
仿生耦合增强单元体对灰铸铁抗热疲劳性能的影响
15.
Study on Pile-Soil Stress Ratio of Bi-Axially Reinforced Composite Foundation;
双向增强体复合地基的桩土应力比研究
16.
The Research on the Growth of Entities Strength for Massive Concrete Structures
大体积混凝土温升与强度增长的试验研究
17.
Experimental study on factors influencing the dynamic elastic modulus of composite soil with different reinforcements
增强体复合土动弹性模量影响因素的研究
18.
Strength increase law of pile around soil and calculation of single pile bearing capacity
桩周土体强度增长规律及单桩承载力的计算