Researchers synthesized sustainable geopolymer mortar from industrial sanitary ceramic dust, demonstrating durable acid resistance and compressive strengths reaching 53.16 megapascals ...
Researchers found that embedded polymer optical fibers can alter mortar compressive strength beyond simple geometric void effects.
Experimental testing demonstrates that light-duty precast manhole cover slabs cast with treated coconut shell coarse aggregate and blast furnace slag ...
A hybrid deep learning model incorporating cement hydration kinetics accurately predicts the time-dependent mechanical strength and durability of concrete containing ...
A new study demonstrates that combining recycled rubber with fly ash, silica fume, and marble slurry powder can create sustainable ...
A comprehensive bibliometric analysis of 752 journal articles reveals how global sustainable concrete research expanded dramatically after 2018 while transitioning ...
Researchers developed a hybrid neuro-fuzzy capsule network optimized by the Salp Swarm Algorithm to simultaneously predict mechanical and durability performance ...
A screening study reveals that blending 10 percent fly ash with 15 percent glass powder improves concrete strength and eco-efficiency, ...
A one-part alkali-activated concrete in which coal mine overburden fully replaces natural sand reached 48.99 MPa at 28 days while ...
Researchers combined sugarcane bagasse ash, lime sludge ash and polypropylene fibres to make stronger, less permeable concrete, and trained a ...
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