Discover how latex-modified concrete delivers superior durability, adhesion, and long-term performance on one of North ...
They have created a 3D concrete bridge that absorbs CO2 like bones and uses 60% less material than a conventional bridge.
From left, Purdue University graduate students Paul Imbrock, Kambiz Raoufi and John Schlitter pour concrete for a test specimen in research to improve Indiana bridges. The state is using a new type of ...
New research details how infrared thermography, high-definition imaging and neural network analysis can combine to make concrete bridge inspections more efficient. Researchers are hopeful that their ...
As winter approaches, Canada's roads, bridges, sidewalks and buildings are facing a familiar problem: cracks caused by large ...
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This 3D-printed bridge absorbs 142% more CO2 than conventional concrete. It's inspired by human bones
With concrete accounting for about 8% of global carbon emissions, architecture and construction industries have been hard at work trying to find a material similarly affordable, versatile, strong, and ...
Detroit — The owners of the Ambassador Bridge have dropped plans to build a concrete mixing plant on a riverfront site where the final link of the popular RiverWalk bike and pedestrian path would go.
Necati Catbas doesn’t hold a medical degree, but the UCF engineering professor is more than qualified to diagnose the health of bridges using a combination of emerging technologies. Catbas ...
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