THEORETICAL STUDIES OF THE HEAT TRANSFER PROCESS AND THE HYDRODYNAMICS OF A CONDENSATE FILM BY NUMERICAL EXPERIMENT

V. G. Golubev; A. S. Kolesnikov; A. B. Agabekova; B. T. Taimasov; A.V. Boykov; G. S. Kenzhibayeva; A. Zh. Suigenbayeva; G. M. Iztleuov; D. A. Zhunisbekova; Sh. K. Shapalov; S. K. Dossybekov; T. K. Akilov; L. I. Ramatullayeva; V. M. Janpaizova; Ð¢. N. Suleimenova and R. T. KaldybaÑƒev

doi:10.31788/RJC.2022.1536741

THEORETICAL STUDIES OF THE HEAT TRANSFER PROCESS AND THE HYDRODYNAMICS OF A CONDENSATE FILM BY NUMERICAL EXPERIMENT

Author: V. G. Golubev, A. S. Kolesnikov, A. B. Agabekova, B. T. Taimasov, A.V. Boykov, G. S. Kenzhibayeva, A. Zh. Suigenbayeva, G. M. Iztleuov, D. A. Zhunisbekova, Sh. K. Shapalov, S. K. Dossybekov, T. K. Akilov, L. I. Ramatullayeva, V. M. Janpaizova, Ð¢. N. Suleimenova and R. T. KaldybaÑƒev

DOI: http://doi.org/10.31788/RJC.2022.1536741

Views: 0

Downloads: 0

Citations: 3

Abstract

Keywords: Diffusion Flow, Condensate, Temperature Gradient, Interphase Thermal Resistance, Heat Transfer and Hydrodynamics, Numerical Experiment.

CONTENTS

CURRENT ISSUE
Volume 19, Special Issue, 2026
SPECIAL ISSUES
ARCHIVE ISSUES
DOWNLOADS
RJC CONFERENCE
CALL FOR PAPERS

This work is licensed under a Creative Commons Attribution 4.0 International License.

Readers around the world