典型文献
Influence of Nano-Materials on Mechanical and Permeation Characteristics of High Strength Concrete
文献摘要：
Efforts have been made to evaluate the influences of the addition of nanoparticles on the strength, durability and mineralogical changes of high strength concrete (HSC). Therefore, mixes were prepared for conventional concrete mix (CCM) of M80 grade. Further, various mixes were prepared by replacing cementitious materials initially with 1％ Nano-CaCO3 (NC), 2％ NC, 3％ NC in the CCM, and then 1％ NC and Nano-SiO2 (NS) NS, 2％ NC and NS, 3％ NC and NS (NC and NS were in equal proportion) in the CCM. The developed concretes were then evaluated for mechanical properties, permeation characteristics, and mineralogical studies. From the studies, it is found that the concrete at 2％ NCS possesses superior mechanical and superior permeation characteristics of all the mixes. A clear variation in the mineralogical structure with the addition of nanoparticles has been observed.
文献关键词：
中图分类号：
作者姓名：
K V S Gopala Krishna Sastry;M Srinivasula Reddy;A Ravitheja
作者机构：
Civil Engineering,G Pulla Reddy Engineering College,Kurnool,AP,India;SVR Engineering College,Nandyal,Andhra Pradesh,India
文献出处：
引用格式：
[1]K V S Gopala Krishna Sastry;M Srinivasula Reddy;A Ravitheja-.Influence of Nano-Materials on Mechanical and Permeation Characteristics of High Strength Concrete)[J].武汉理工大学学报（材料科学版）（英文版）,2022(03):416-422
A类：
B类：
Influence,Nano,Materials,Mechanical,Permeation,Characteristics,High,Strength,Concrete,Efforts,have,been,made,influences,addition,nanoparticles,strength,durability,mineralogical,changes,high,HSC,Therefore,mixes,were,prepared,conventional,CCM,M80,grade,Further,various,by,replacing,cementitious,materials,initially,CaCO3,then,SiO2,NS,equal,proportion,developed,concretes,evaluated,mechanical,properties,permeation,characteristics,studies,From,found,that,NCS,possesses,superior,clear,variation,structure,has,observed
AB值：
0.532548
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