In cold regions, understanding the freeze-thaw behavior of air-entrained concrete is
important for designing durable structures and assessing the remaining service life of …

Concrete durability related events have similar processes in terms of crack initiation and its
propagation such as alkali silica reaction (ASR), freeze-thaw cycles (FTC) and steel …

This study investigates the relationship between the molecular structure and foaming of poly
(ethylene glycol) and poly (propylene glycol) triblock copolymers in Portland cement pastes …

This study investigates the relationship between the molecular structure and foaming of poly
(ethylene glycol) and poly (propylene glycol) triblock copolymers in Portland cement pastes …

While few prior studies examined the air-entraining properties of proteins in cementitious
materials, the underlying mechanisms of proteins' air entraining and the interactions …

The risk of frost damage to building materials is strongly dependent on the water content,
particularly when the water content is high. Therefore, to understand the moisture behavior …

引气混凝土在自然环境下中的冻融损伤源于外部环境水分的侵入, 混凝土的毛细孔-
气孔系统的不断饱和. 通过对气体分子扩散过程的讨论, 修正了基于Fagerlund …

The saturation of air-entrained cementitious materials governs their resistance to freeze-
thaw cycles. Upon immersion in water, water is sucked in the capillary porosity and part of …

The freeze-thaw damage of air-entraining concrete in natural environment is caused by the
intrusion of external water and the saturation process in the capillary pores and air …

While few prior studies examined the air-entraining of proteins in cementitious materials, the
7 underlying mechanisms of air-entraining and protein and cement interactions have not …