Tag: compressive strength

Civil engineering researchers demonstrated that substituting up to 15 percent uncalcined snail shell powder into Portland cement mortar reduces capillary ...

A comparative evaluation of four machine learning architectures demonstrated that gradient-boosted trees predict the compressive strength of self-healing bio-concrete with ...

Civil engineers found that replacing ten percent of granite aggregate with graded palm kernel shells produced concrete approaching target structural ...

Researchers established an optimized cement grouting formulation combining triethanolamine and agricultural straw ash using response surface methodology to achieve high ...

Mortars incorporating up to twenty-five percent Ombe basalt from Cameroon satisfied standard strength criteria while reducing clinker consumption and carbon ...

Civil engineering researchers found that replacing 15 percent of cement with ground granulated blast-furnace slag alongside fixed fly ash and ...

An analytical review of thirty studies reveals that substituting concrete constituents with waste materials cuts carbon emissions, embedded energy, and ...

Incorporating 125-micrometer silica sand into recycled fired clay brick geopolymers achieved peak compressive strengths of up to 64.89 megapascals by ...

Experimental testing demonstrates that combining a chemical superplasticizer with smaller coarse aggregates significantly enhances compressive and flexural strength but alters ...

Researchers have demonstrated a hot-pressing method using an alkali-urea-treated corn stalk binder to turn coal gasification residue into durable, highly ...