Innovative High-Strength Concrete: Utilizing Waste Ceramic Tiles As Partial Replacement Of Fine Aggregate And Cement For Enhanced Performance And Eco-Efficient Construction
Keywords:
Waste ceramic tiles, Compressive strength, split tensile strength, fine aggregate, cost, cementAbstract
The rapid evolution of high-rise construction has necessitated advancements in high-strength concrete (HSC), making it an indispensable structural material for modern skyscrapers.Simultaneously, the excessive consumption of natural aggregates and the growing accumulation of solid waste from construction and demolition activities have raised significant environmental concerns. This study explores an innovative approach by partially replacing fine aggregates and cement with waste ceramic tiles in M80 grade high-strength concrete.
References
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Fengli,LIU, Junhua, Baoguo,M.A, Jian, HUANG, Hainan, LI, “Basic Properties of Concrete Incorporating Recycled Ceramic Aggregate and Ultra-fine Sand”, Journal of Wuhan University of Technology, Vol.30, no.2 (2015).
