The quick rise of intelligent technologies promotes the development of the construction
industry into a new phase. As an advanced cement-based materials, ultra-high performance …

This study summarizes the durability of ultra-high performance concrete (UHPC) under
chloride ion erosion in marine and saline-alkali environments. The influence of chloride ion …

Adding fibers in ultra-high performance concrete (UHPC) significantly enhances its
mechanical properties. This study investigated the effects of the novel macro basalt fibers …

Driven by the “dual carbon” goal, modified magnesium-coal-based solid waste backfill
materials (MFPB) were gradually used in backfill mining instead of traditional backfill …

Ultra-high performance seawater sea-sand concrete (UHP-SSC) is a promising construction
material with excellent mechanical and durability properties, addressing the deficiency of …

In recent years reactive powder concrete (RPC), also known as ultrahigh-performance
concrete, emerged as one of the most efficient building materials due to its ultrahigh …

The application of waste fibres in ultra-high performance concrete (UHPC) would reduce the
total material cost of UHPC, but it is still unclear whether industrial fibres can be replaced by …

The large number of wind farms that will have to be dismantled in coming years is prompting
a search for reliable wind-turbine-blade recycling methods, but there is not yet a broad …

Impermeable structures have replaced the original natural permeable structure, leading to
frequent occurrences of urban runoff, flooding, and heat island effects. To address these …

Employing recycled tyre steel (RTS) fibres to replace industrial steel (IS) fibres in ultra-high
performance concrete (UHPC) can improve its cost-effectiveness and sustainability …