Tag: flexural strength

Laboratory tests and simulations found that cement- and lithium-based consolidation allowed weathered coal gangue to replace part of the aggregate ...

A laboratory laminate containing three sisal mat layers and 5 wt% sisal-derived biochar recorded 88.1 MPa tensile strength and 132.10 ...

Researchers at the Singapore University of Technology and Design have shown that infrared-assisted automated fiber placement can manufacture carbon fiber-polycarbonate ...

New experiments show that intraply hybrid fiber fabrics can boost mortar flexural strength by up to 492 percent, but the ...

Indonesian researchers show that sago pith waste can fill unsaturated polyester composites, but rising filler content increases porosity and weakens ...

Researchers grew insulation biocomposites from fungal mycelium and agricultural waste, finding that a hemp shive and Pleurotus ostreatus composite achieved ...

A new study shows that combining 10 percent lightweight expanded clay aggregate with 0.2 percent polypropylene fibers produces mortar that ...

Researchers in Brazil have engineered lightweight sandwich panels combining bamboo-ring cores, fiber cement facings, and a bio-based castor-oil polyurethane adhesive, ...

Researchers in India combined basalt fiber, ultra-high molecular weight polyethylene, and garnet filler to create a lightweight hybrid laminate with ...

A multi-scale study shows that adding 1 percent chopped glass fibers to cementitious thin spray-on liners more than doubles toughness ...