A study reveals GFRP confinement enhances rubberized concrete, offsetting strength loss and improving ductility, supporting ...

A study on the new rubber-based concrete titled "Design and strength optimization method for the production of structural lightweight concrete: An experimental investigation for the complete ...

In recent years, we've heard about efforts to replace some of the aggregate used in concrete with crumbled used tires. Now, however, scientists have succeeded in producing good quality concrete in ...

A novel approach to rubber recycling could see end-of-life tyres repurposed into concrete for residential constructions as new research shows that it can provide an economically viable and sustainable ...

Engineers in Melbourne have discovered a way to replace 100% of conventional aggregates in concrete – such as gravel and crushed rock – with rubber from discarded tyres that meets building codes, ...

The strength and durability of cement has made it a staple building material around the world, but engineers from the Royal Melbourne Institute of Technology in Australia have finally come up with a ...

MELBOURNE, Australia—Scientists from RMIT University Melbourne City have successfully replaced 100 percent of conventional aggregates in concrete—such as gravel and crushed rock—with rubber from ...

Why is Christian Science in our name? Our name is about honesty. The Monitor is owned by The Christian Science Church, and we’ve always been transparent about that. The Church publishes the Monitor ...

Engineers at RMIT University have uncovered a way to replace conventional concrete aggregates with rubber from discarded tyres, an advance that meets building regulations and reduces manufacturing and ...

Installation timing can also affect performance. Newly installed rubber often has a thin surface film that can make it slick during the first hours of use. Applying a light layer of sand or lime helps ...