Coalescence in emulsions and foams is far from being understood, despite many years of
investigations. The phenomenon is not easy to be characterized because it is extremely …

Foams are dispersions of gas bubbles in liquids or solid matrices [1]. They occur widely in
nature and are used in important industrial processes and commercial applications [2, 3] …

This study has investigated the characteristics of air-voids structure and compressive
strength of air-entrained concrete at normal atmospheric pressure (P= 1 atm) area and low …

In order to improve the stability of air bubbles in fresh concrete, it is of great significance to
have a better understanding of the mechanisms and main influencing factors of bubble …

Recent advances in the coalescence in liquid foams are reviewed, with a special focus on
the multiscale structure of foams. Studies concerning the stability of isolated foam films, on …

With more infrastructures being built in plateau regions, low atmospheric pressure is put
forward as a new factor affecting the mechanical properties and durability of cementitious …

The mechanisms for bubble coalescence in the absence of surfactants were clarified,
including for salt solutions. No complete model is available yet for surfactant solutions. The …

In this paper, we investigate how the drainage and rupture of surfactant-stabilised bubbles
floating at the surface of a liquid pool depend on the concentration of surface-active …

The hydrodynamics of thin films is an important factor when it comes to the stability and
rheology of multiphasic materials, such as foams, emulsions, and polymer blends. However …

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 …