极限抗拉强度
抗压强度
材料科学
压缩(物理)
复合材料
张力(地质)
环境科学
作者
PREETHI PARTHEBAN,N. Balasundaram
标识
DOI:10.1016/j.matpr.2023.10.090
摘要
In recent days, everyone used superplastizers to enhance the concrete's tensile strength and workability. By replacement of superplastizers, using Magnetized water is a novel technique for improving the workability, compression, and the concrete tensile strength. In magnetic water technology, using magnetic fields, water can undergo some physical changes that alter its characteristics. As a result, the molecular makeup of the water group decreases from thirteen to five or six, which lowers the water surface tension. Due to its beneficial effects on the properties of water when employed, magnetised water is one of the interesting approaches that has been widely used in many parts of life.. In this project, The PERMAG 406 neodymium was used to produce the magnetized water. It has 9000 gauss power and circulates in magnetic device for 60 min. Result shows that compressive and tensile strength is increased by 67.85 % and 62.13% respectively when compared to conventional concrete.
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