Youngblood and his team found that by increasing the heat of hydration, the chemically modified nanocellulose reacted to improve the behavior of cement paste in a variety of chemical reactions. “This ...

Concrete is everywhere. As the world's most widely used construction material, it forms bridges, buildings, roads and other ...

Giving a second life to construction materials after demolition, engineers at the University of São Paulo and Princeton have ...

Zeolite contributed additional hydration products, while palm fibers acted as an interwoven network, restricting crack propagation and maintaining structural integrity. Cement soil erosion was ...

Researchers at the University of São Paulo and Princeton demonstrated that mixtures containing up to 80 percent of recycled ...

Grant Quasha, Eco Materials Technologies, reveals how the innovative use of coal ash and other supplementary cementitious ...