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Researchers Boost Impact Resistance in Lightweight Geopolymer Concrete Using Waste Rubber and Pumice
Research shows that integrating pumice and waste tire rubber in geopolymer concrete enhances mechanical properties, offering ...
Engineers from the University of Manchester say their concrete is twice as strong as conventional concrete. The secret ...
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Engineers create concrete twice as strong as normal
Engineers at a leading research institution have developed a groundbreaking concrete formulation that achieves twice the ...
Led by Professor Masoud Akbarzadeh, the Penn group has developed Diamanti, a 3D-printed structural system that uses both geometry and material science to turn concrete into ...
Researchers are using an unusual design to enhance the sustainability of concrete, with a carbon-absorbing material and ...
Scientists are always looking for ways to make inherently brittle materials, such as concrete or ceramic, tougher, safer, and ...
Prewitt emphasizes that precast concrete is manufactured in a controlled environment, a process that allows for precise mixes, accurate molds, and consistent curing. This approach creates structural ...
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This 3D-printed bridge absorbs 142% more CO2 than conventional concrete. It's inspired by human bones
The designers mimicked the structures in certain bones to increase the surface area of the bridge, which also increased the ...
A new alloy made from chromium, molybdenum, and silicon - three metals known for strength, heat tolerance, stability - breaks ...
For about as long as wine has been made in Washington, there have been two predominent vessels for fermentation and aging: oak and stainless steel. But in recent years, influential wineries across the ...
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