Tag: sustainable construction

ETH Zurich researchers have combined bacteria, sand and digital manufacturing to grow solid architectural elements without firing cement.

Researchers in India have transformed steel slag and sugarcane bagasse ash into a geopolymer concrete that meets structural strength standards ...

Researchers replaced the pre-wetting water of recycled fine aggregate with sodium silicate solution, turning the porous sand into a chemical ...

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 ...

A new study shows that blending 40 percent Tengger Desert sand into alkali-activated slag-fly ash concrete maximizes strength and delivers ...

Researchers replaced fly ash in carbon-fiber-reinforced geopolymer with red mud and ore tailings, achieving up to 33.5 decibels of X-band ...

A systematic study of rubberized alkali-activated concrete shows that fine crumb rubber particles under one millimeter preserve strength while boosting ...

Researchers used explainable machine learning to predict and interpret the compressive strength of sustainable SCM-based concrete, finding LightGBM the most ...

A Bangladeshi study shows powdered eggshell waste can raise the friction angle of sand from 29 to 38 degrees at ...

Researchers in Brazil have engineered lightweight sandwich panels combining bamboo-ring cores, fiber cement facings, and a bio-based castor-oil polyurethane adhesive, ...

A new study shows that concrete made with up to 80 percent less cement develops a denser, stronger interfacial transition ...

New research shows that naturally occurring halloysite nanotubes, dispersed with a common superplasticizer, dramatically improve cement mortar's resistance to sulfate ...

A new study shows that machine learning models, particularly Support Vector Machines, predict the shear strength of recycled aggregate concrete ...

Researchers trained six machine learning models on 2,048 laboratory records and found gradient boosting predicts the compressive strength of cement-free ...

Revolutionizing Wood Strength: Nanominerals as Sustainable Reinforcements In the quest for sustainable building materials, scientists are looking towards wood, particularly ...

Engineers from the University of São Paulo and Princeton University have embarked on a groundbreaking venture in sustainable construction, focusing ...