塞尔维亚热力工程师协会
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作者:... Genii V. Kuznetsov , Pavel A. Strizhak , Roman S. Volkov
来源:[J].Thermal Science(IF 0.838), 2016, Vol.20 (1)塞尔维亚热力工程师协会
摘要:The experimental study of integral characteristics of extinguishing liquid (water) droplet evaporation in flaming combustion area has been held. Optical methods of two-phase and heterogeneous mixtures diagnostics (“Particle Image Velocimetry” and “Interferometric Partic...
作者:Maxim V. Piskunov , Pavel A. Strizhak , Anastasia A. Shcherbinina
来源:[J].Thermal Science(IF 0.838), 2016, Vol.20 (2)塞尔维亚热力工程师协会
摘要:The using of the high-speed (not less than 105 frames per second) video recording tools (Phantom) and the software package (TEMA Automotive) allowed carrying out an experimental research of laws of intensive vaporization with an explosive disintegration of heterogeneous (with a s...
作者:Roman S. Volkov , Geniy Vladimirovich Kuznetsov , Pavel A. Strizhak
来源:[J].Thermal Science(IF 0.838), 2018, Vol.22 (1Part A_20), pp.301-312塞尔维亚热力工程师协会
摘要:In this paper, we conducted an experimental investigation on water droplets gravitating in a layer of typical forest fuel (as illustrated by pine needle litter) in the course of its thermal decomposition. We used a high-speed (200 fps) video recording system, Tema Automotive...
作者:Ivan S. Voitkov , Roman S. Volkov , Pavel A. Strizhak
来源:[J].Thermal Science(IF 0.838), 2018, Vol.22 (1Part A_20), pp.335-346塞尔维亚热力工程师协会
摘要:The paper experimentally investigates the integral characteristics of the processes involved in the reduction of gas temperature by injecting the aerosol flow of water droplets into a counter flow of combustion products (period of steady low gas temperature Tg’ compared to t...
作者:Roman S. Volkov , Olga V. Vysokomornaya , Pavel A. Strizhak
来源:[J].Thermal Science(IF 0.838), 2018, Vol.22 (1Part A_20), pp.347-358塞尔维亚热力工程师协会
摘要:Paper presents the experimental results about fire extinction in the model fire sites of forest combustible materials. We use the high-speed video recording tools during the experiments, as well as the system of multiphase media diagnostics based on panoramic optical flow visuali...
作者:Ksenia Yu. Vershinina , Sergey Yu. Lyrschikov , Pavel A. Strizhak
来源:[J].Thermal Science(IF 0.838), 2018, Vol.22 (2_2018), pp.1099-1110塞尔维亚热力工程师协会
摘要:To expand the database of kinetic parameters used for modeling the ignition of coals and their processing waste, promising coal-water slurry and coal-water slurry containing petrochemicals, studies have been performed on an experimental setup using thermal gravimetric analysis. T...
作者:Dmitrii O. Glushkov , Genii V. Kuznetsov , Pavel A. Strizhak
来源:[J].Thermal Science(IF 0.838), 2015, Vol.19 (5), pp.1541-1552塞尔维亚热力工程师协会
摘要:Physical and mathematical (system of differential equations in private derivatives) models of heat and mass transfer were developed to investigate the evaporation processes of water droplets and emulsions on its base moving in high-temperature (more than 1000 K) gas flow. Th...
作者:Dmitrii O. Glushkov , Pavel A. Strizhak , Olga V. Vysokomornaya
来源:[J].Thermal Science(IF 0.838), 2015, Vol.19 (1), pp.285-294塞尔维亚热力工程师协会
摘要:Numerical researches have been carried out to study the influence of air flow temperature and a fossil fuel particle rate on sufficient conditions of ignition in a “coal particle - air” system. Developed mathematical model takes into account interconnected processes of heat ...
作者:Pavel A. STRIZHAK , Roman S. VOLKOV
来源:[J].Thermal Science, 2017, Vol.21 (2), pp.1043-1055塞尔维亚热力工程师协会
摘要:This paper presents the experimental results on heating and evaporation features of heterogeneous (with opaque solid particles – the size of 0.05-0.5 mm, relative mass concentration 0-1%) water droplets (the initial size – radius 1-3 mm) during their motion through high-temp...
作者:Timur R. VALIULLIN , Pavel A. STRIZHAK , Sergey A. SHEVYREV
来源:[J].Thermal Science, 2017, Vol.21 (2), pp.1057-1066塞尔维亚热力工程师协会
摘要:The paper examines the integral characteristics (minimum temperature, ignition delay times) of stable combustion initiation of organic coal-water fuel droplets (initial radius is 0.3-1.5 mm) in the oxidizer flow (the temperature and velocity varied in ranges 500-900 K, 0.5-3 m/s)...

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