Analysis of the Structure of the Dispersed Gas Phase Produced in Turbulent Foam-Concrete Mixers


  • Vladimir Nikolai Morgun Southern Federal University, Rostov-on-Don
  • Lyubov Vasiliy Morgun Don State Technical University
  • Viktor Vladimir Nagorsky Don State Technical University
  • Berhane Kumenit Gebru Don State Technical University



Disperse gas phase, foam concrete mixture, surfactant, turbulent mixer, energy consumption, foaming agent, mass transfer process


It was noted that the overall stability of foam concrete mixtures made by single-stage technology depends significantly on the measure of distribution of the dispersed gas phase involved in the mixing. The effect of the gas phase structure on the foam concrete mixture was evaluated by the value of the current consumed by the concrete mixer. The results of the experimental studies have shown the relevance of the scientific justification of mass transfer phenomena, that occur during mixing of raw materials in an industrial turbulent mixer. It was found that the process of dispersion of large-sized gas inclusions formed in the foam concrete mixture in the initial period of high-speed mixing is characterized by achieving the maximum power consumption at the mixer shaft.  Then there is a slight decrease in energy consumption, in which there is an additional distribution of the dispersed gas phase, sufficient to attain stability of the foam concrete mixture.

Author Biographies

Vladimir Nikolai Morgun, Southern Federal University, Rostov-on-Don

Doctor of Philosophy (PhD) in Engineering (RF, Rostov-on-Don) - Southern Federal University, Associate Professor at the Department of Engineering Disciplines

Lyubov Vasiliy Morgun, Don State Technical University

Doctor of Science (Engineering) (RF, Rostov-on-Don) - Don State Technical University, Professor at the Department of Construction Materials

Viktor Vladimir Nagorsky, Don State Technical University

(RF, Rostov-on-Don) - Don State Technical University, PhD student at the department of Construction Materials

Berhane Kumenit Gebru, Don State Technical University

(RF, Rostov-on-Don) - Don State Technical University, PhD student at the department of Construction Materials


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How to Cite

Morgun, V. N., Morgun, L. V., Nagorsky, V. V., & Gebru, B. K. (2022). Analysis of the Structure of the Dispersed Gas Phase Produced in Turbulent Foam-Concrete Mixers. Journal of Architectural and Engineering Research, 2, 71–74.