A new multiscale model predicts how concrete’s stiffness and thermal-expansion change at high temperatures, offering insights ...

The timeline for overall commercial implementation is unclear. Researchers make surprising breakthrough with material that's ...

A team of University of South Australia (UniSA) engineers has developed an eco-friendly alternative to cement used in the ...

An enhanced particle swarm optimization method for wind resistance in high-rise buildings is introduced, focusing on weight ...

Concrete is widely used for making sewage pipes due to its availability, affordability and structural strength, but it is highly susceptible to acid and microbial corrosion in sewers, requiring ...

Concrete is widely used for making sewage pipes due to its availability, ... corrosive-resistant material is more than 50% stronger than cement and resistant to acid-induced degradation. ... The new ...

By combining sludge - a byproduct of the drinking water purification process - and blast-furnace slag, University of South Australia (UniSA) engineers have demonstrated that a new, corrosive-resistant ...

A new method for producing yogurt has been developed by a research team at the DTU National Food Institute, and it all began ...

Concrete cracks are no small matter. Over time, these fractures can grow, letting in water, gas, and pollution.

Researchers are developing a living material that actively extracts carbon dioxide from the atmosphere. Photosynthetic ...

Bacteria called thermophiles (meaning “heat lovers”) have been known to tolerate 45° to 70° C of heat. Such a high temperature can give human skin third-degree burns. Scientists find ...

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