重庆建筑
重慶建築
중경건축
CHONGQING ARCHITECTURE
2014年
5期
61-63
,共3页
再生混凝土%取代率%水胶比%和易性%抗压强度%开裂指数
再生混凝土%取代率%水膠比%和易性%抗壓彊度%開裂指數
재생혼응토%취대솔%수효비%화역성%항압강도%개렬지수
recycled concrete%replacement rate%water-binder ratio%workability%compressive strength%cracking index
以C30普通混凝土为基准，通过实验分别测定天然骨料和再生骨料混凝土吸水率、水胶比、坍落度、强度、表观密度、开裂指数等技术指标，运用对比分析法研究再生骨料不同取代率对再生混凝土拌合物及其凝结硬化过程物理力学性能的影响。
以C30普通混凝土為基準，通過實驗分彆測定天然骨料和再生骨料混凝土吸水率、水膠比、坍落度、彊度、錶觀密度、開裂指數等技術指標，運用對比分析法研究再生骨料不同取代率對再生混凝土拌閤物及其凝結硬化過程物理力學性能的影響。
이C30보통혼응토위기준，통과실험분별측정천연골료화재생골료혼응토흡수솔、수효비、담락도、강도、표관밀도、개렬지수등기술지표，운용대비분석법연구재생골료불동취대솔대재생혼응토반합물급기응결경화과정물리역학성능적영향。
Taking ordinary concrete C30 as the benchmark, technological indexed like water absorption, water-binder ratio, slump,strength,apparent densi-ty and cracking index of natural aggregate concrete and recycled aggregate concrete are respectively measured with experiment. The impact of different replacement rates of recycled aggregate on its mixture and physical and mechanical properties in settling and hardening process are also studied with com-parative analysis method.
