Concrete is the foundation—literally —of modern construction, making it the most commonly used building material across the ...

Scheder-Bieschin’s system relies on a simple yet powerful principle: strength through geometry. Instead of relying on thick slabs of concrete reinforced with steel, her design uses vaulted ...

Having reviewed several restoration options to address the condition of McCrows Road Bridge in Westmere, Council have ...

Armed with a 3D concrete printer, careful measuring tools, and just the right ingredients, a team at The University of New Mexico has worked hard to design ... tensile strength. The researchers ...

Armed with a 3D concrete ... strength. The researchers repeated this process and explored mixes made of many materials and fibers, like polyvinyl alcohol, fly ash, silica fume and ultra-high ...

According to The University of New Mexico (UNM), researchers in the Gerald May Department of Civil, Construction, and Environmental Engineering have officially patented a bendable concrete material ...

is 100-300 times stronger in terms of tensile strength than structural steel. The integration of NanoCONS into cementitious materials may also reduce carbon emissions associated with concrete ...

The most essential material in construction is concrete. It is durable, versatile, and strong. Not only concrete can stay stable for many years, be molded into different shapes and sizes, and ...

For use inside or out on a variety of surfaces including sanded grout, ceramic tile, porcelain tile, glazed tile, stucco, travertine, marble, slate, granite, terrazzo and more to protect against ...

A recent review published in the journal Buildings has spotlighted optical fiber light-transmitting concrete (LTC ... is less alkaline and offers high early strength, making it better suited ...