Effect of glass sand used as aggregate on micro-concrete properties

Micro-concrete (MC) can be defined as a high-performance cement-based material produced using microaggregates and cement in the required proportions. Owing to its high performance, it has potential used structural repairs of existing building elements. Within scope this study, an evaluation was conducted by creating usage scenario under which glass, is waste product, reduced applied way that provides sufficient MC performance. There are four different binder contents mixtures within present i.e., 570, 580, 599, 658 kg/m3. From these mixtures, together with control mixture, 12 %, 27 50 % were replaced glass sand 16 total 4 aggregate produced. For mechanical, physical, durability tests, 40 × 160 mm sized prisms cubes purposes research, mechanical tests carried out on 144 7-, 28- 56-day old prismatic specimens. In addition, effects freeze-thaw temperature properties investigated 192 samples. determination durability, physical such porosity, sorptivity, specific gravity tested determined cubic The test results show replacement MA GS positive all behaviours MC.