Waste glass and Ethiopian scoria powders strengthen sustainable mortar blends
A laboratory study of mortars blended with Ethiopian scoria powder and waste glass powder found that 10–15% scoria replacement improved ...
A laboratory study of mortars blended with Ethiopian scoria powder and waste glass powder found that 10–15% scoria replacement improved ...
Researchers used Differential Evolution-optimized machine learning to predict the compressive strength of fly ash and waste glass powder geopolymers with ...
Scientists combined pre-wetted shale ceramsite with limestone calcined clay cement to create a lightweight mortar that is stronger per kilogram ...
Researchers in Thailand have shown that fibres from invasive water hyacinth plants can significantly boost the tensile strength and toughness ...
A systematic study of rubberized alkali-activated concrete shows that fine crumb rubber particles under one millimeter preserve strength while boosting ...
Researchers recycled abandoned nylon fishing nets into concrete fibers, achieving up to 147.71 percent higher flexural strength and using a ...
New research shows that glass fiber-reinforced geopolymer concrete retains superior strength after exposure to temperatures up to 750 degrees Celsius, ...
In 2022, the building and construction sector was responsible for more than 7 percent of global carbon emissions, a staggering ...
In an era where sustainability and resource efficiency have become imperative in architecture and construction, a pioneering study by Aalto ...
In the ever-evolving quest for sustainable construction materials, a remarkable breakthrough has emerged from recent research led by a team ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine