Effect of nonstationary thermal gravitation-capillary convection on temperature distribution in a thin vertical wall

Conjugate heat transfer in the mode of thermal gravitational-capillary convection in the model of a fuel tank, after a sudden heating of the sidewall

“…Thermogravitational convective flows develop in unevenly heated volumes of liquid located in the gravity field, and in the presence of a non-isothermal free liquid-gas interface, thermocapillary convection develops. This affects the poorly studied local characteristics of conjugate heat transfer and the temperature distribution in the thin wall [2,3]. A series of works have been carried out in the S.S. Kutateladze Institute of Thermophysics SB RAS, aimed at studying the effect of conjugate natural convective heat transfer on the temperature distribution in thin walls [2][3][4][5][6].…”

“…This affects the poorly studied local characteristics of conjugate heat transfer and the temperature distribution in the thin wall [2,3]. A series of works have been carried out in the S.S. Kutateladze Institute of Thermophysics SB RAS, aimed at studying the effect of conjugate natural convective heat transfer on the temperature distribution in thin walls [2][3][4][5][6]. The development of unsteady gravitational-capillary convection in a layer of ethyl alcohol with a free surface after sudden electric heating of one of the vertical walls of a rectangular cavity has been investigated experimentally.…”

Influence of thermal gravitational-capillary convection on temperature fields in a thin wall

“…Preliminary results of experiments on the simplest model of a fuel tank were presented in [4]. Data were obtained on the temperature field distributions on its thin wall in unsteady thermal gravitationalcapillary convection modes.…”

Measurement of Temperature Fields on the Surface of the Liquid by Means of a Thin Plate and Imager

“…Инфракрасные камеры для слежения за темпе-ратурой используются достаточно часто, напри-мер, для измерения температуры стенки бака при развитой конвекции [5] или в других задачах [6,7].…”