Sustainable concrete is considered a very important material in building construction in
terms of achieving sustainability pillars and improving its properties. It includes many recent …

This experimental program strives to explore the mechanical, durability, and microstructural
characterization of glass fiber-reinforced geopolymeric recycled aggregate concrete (GRAC) …

Research on engineered cementitious composites was carried out using recycled
micronized powder from waste construction waste as a substitute for cement. Consequently …

This study has endeavored to produce eco-friendly coal ash-incorporated recycled
aggregate concrete (FRAC) by utilizing wastewater effluents for environmental sustainability …

This study examined the impact of sulfate and sulfate–chloride dry–wet cyclic erosion on the
mechanical properties and microscopic pore structure of engineered cementitious …

In spite of the demonstrated efficacy of basalt stone powder as a cost-effective and readily
available additive in enhancing the mechanical properties and durability of ordinary-weight …

Purpose Cement can be replaced to reduce the energy consumption and the environmental
impact of cement. Also, foamed concrete can be used structurally in residential buildings to …

Due to the increasing demand and declining reserve of natural coarse aggregate, waste
recycling is one of the most viable options for sustainable development in concrete …

The restricted access to water resources, mainly because of the rapid expansion of
enterprises like tanneries, stone quarries, and concrete manufacturing, hinders the supply of …

This research characterizes the basalt waste to be utilized as mortar for Bali's distinctive
ornament. The mortar formulation consists of basalt aggregate 75–91%: cement 9–20 …