Traditional PVA fiber-reinforced Engineered Cementitious Composites (ECC) show high
tensile ductility and superior durability with tight crack width, but the high cost and embodied …

Rheological properties and the interaction between air bubbles and solid particles are
important factors influencing the air bubble system in air-entrained concrete. The former may …

The wide disposal of fly ash (FA) that contains ammonium is an essential method to realize
green backfill mining and resource utilization of solid waste. In this paper, FA containing …

Foam stabilizer plays a crucial role in foamed concrete production as it alleviates the foams
to attain satisfactory pore structure. This paper studies the feasibility of using CO 2 as a foam …

Air entrainment in cement-based materials is believed to be affected by low air pressure
(AP) which is the atmospheric characteristic in high plateaus, and thus the rheology may be …

This paper investigates the physicochemical properties of proteins and their foaming
characteristics in a synthetic pore solution (SPS) of cementitious materials to aid in …

In order to improve the performance of concrete, it is of great significance to have a better
understanding the mechanism and main influencing factors of concrete bubble evolution …

While extensive research has delved into the impact of single size distribution and volume
fraction of bubbles on the static yield stress of cement mortar, this investigation pertains to …

The durability of concrete is indirectly affected by its rheological properties at the early stage
of hydration. Air entraining agent (AEA), which is widely used to improve the fluidity of …

To achieve a much better utilization the medium and small particle size of WGP, this study
investigated the effect of WGP with different particle sizes (6.63 μm, 18.33 μm, 30.15 μm and …