buildings (structures); compressive strength; concrete; cost reduction; density; particle size; structural engineering; thermal insulation; thermal resistance; C40; concrete compressive strength; concrete density; concrete structure housing; housing weight reduction; insulation performance; project cost reduction; rice husk concrete; rice husk particle size; rice husk quantity; thermal resistance; Aggregates; Ash; Concrete; Powders; Thermal resistance; Compressive strength; Concrete; Experiment; Rice husk;
机译:稻壳灰的粒径,孔隙结构和含量对混凝土水化过程和抗压强度演变的影响
机译:“评估水稻壳灰粒度对二元混纺混凝土强度,水渗透性和可加工性”的勘探[约束。 建造。 母娘。 24(11)(2010)2145-2150]
机译:评估稻壳灰粒度对二元混合混凝土强度,透水性和可加工性的影响
机译:基于实验的稻壳数量和粒径对混凝土抗压强度的影响研究
机译:稻壳灰改性混凝土在海洋环境中的强度和耐久性。
机译:基于粒子包装空转的混凝土混合比例与混凝土抗压强度试验研究
机译:环保型混凝土不同等级稻壳灰抗压强度测定的研究