Reducing cement CO2 footprint is a societal need. This is being achieved mainly by
replacing an increasing amount of Portland clinker by supplementary cementitious …

A novel structural–functional integrated concrete (MPCM-UHPC) with excellent mechanical
properties and thermal storage capacity was developed by incorporating microencapsulated …

This study evaluates the performance of pervious concrete subjected to rapid freeze–thaw
(FT) cycling, calcium leaching and the combined attack of calcium leaching and FT cycling …

Steam curing is commonly adopted in the production of precast concretes (PC) for modern
industrialized buildings. To propel recycling of harmful waste and reduce carbon emission …

This study aims to explore a new method to reduce autogenous shrinkage of ultra-high
performance concrete (UHPC) by incorporating natural sisal fibers. The water absorption …

The research aims to enhance the ductility characteristics of ultra-high performance concrete
fibre material (UHPC-FM) comprising with different micro-synthetic fibres such as basalt fibre …

The development of ultra-high performance (UHPC) concrete was restricted due to the large
consumption and high cost of cement. In this study, eco-friendly UHPC was prepared by …

In order to promote the resource utilization of coal gasification slag (CGS) solid waste, the
use of modified coal gasification slag (MCGS) to replace the cement in the cemented backfill …

Utilization of waste concrete recycled powder (RP) in cementitious materials faced
enormous challenge, because of low activity and huge water demand. In this paper, RP was …

The variation of water content significantly affects the strength development of stabilized
dredged sludge (DS), as well as the rational use of binder. This paper experimentally …