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References (20)
-
Patent RU 2032853 , IPC F 23 C 5 / 08 ( 1995 . 01 ) , Prizmatic screened furnace , S . V . Sryvkov -
Yu. Anikin, I. Anufriev, E. Shadrin, O. Sharypov (2014)
Diagnostics of swirl flow spatial structure in a vortex furnace modelThermophysics and Aeromechanics, 21
-
(2013)
Investigation of four-vortex scheme for fuel combustion in furnace of micronized coal boilers -
D. Krasinsky, V. Salomatov, I. Anufriev, O. Sharypov, E. Shadrin, Yu. Anikin (2015)
Modeling of pulverized coal combustion processes in a vortex furnace of improved design. Part 1: Flow aerodynamics in a vortex furnaceThermal Engineering, 62
-
D. Krasinsky, V. Salomatov, I. Anufriev, O. Sharypov, E. Shadrin, Yu. Anikin (2015)
Modeling of pulverized coal combustion processes in a vortex furnace of improved design. Part 2: Combustion of brown coal from the Kansk-Achinsk Basin in a vortex furnaceThermal Engineering, 62
-
D. Markovich, S. Abdurakipov, L. Chikishev, V. Dulin, K. Hanjalic (2014)
Comparative analysis of low- and high-swirl confined flames and jets by proper orthogonal and dynamic mode decompositionsPhysics of Fluids, 26
-
I. Anufriev, P. Kuibin, E. Shadrin, D. Sharaborin, O. Sharypov (2016)
Study of aerodynamic structure of flow in a model of vortex furnace using Stereo PIV methodThermophysics and Aeromechanics, 23
-
I. Anufriev, D. Krasinsky, E. Shadrin, O. Sharypov (2014)
Visualization of flow structure in a vortex furnaceTechnical Physics Letters, 40
-
(1976)
Hzmalyan (Ed.), Theory of Combustion and Furnace Apparatuses, Textbook for university -
(1995)
Assignee and patent holder: Siberian Affiliation of the Russian Thermotechnical Research Inst -
M. Chernetskiy, M. Chernetskiy, V. Kuznetsov, A. Dekterev, N. Abaimov, A. Ryzhkov (2016)
Comparative analysis of turbulence model effect on description of the processes of pulverized coal combustion at flow swirlThermophysics and Aeromechanics, 23
-
I. Litvinov, A. Mitryakov, S. Shtork (2016)
A Study of Transient Flow Modes in a Hydraulic Turbine Draft Tube ModelPower Technology and Engineering, 50
-
S. Alekseenko, I. Anufriev, V. Glavniy, D. Krasinsky, V. Rakhmanov, V. Salomatov, E. Shadrin (2016)
STUDY OF 3D FLOW STRUCTURE AND HEAT TRANSFER IN A VORTEX FURNACEHeat Transfer Research, 47
-
I. Anufriev, P. Strizhak, M. Chernetskii, E. Shadrin, O. Sharypov (2015)
Aerodynamics of a promising vortex furnace designTechnical Physics Letters, 41
-
(1997)
Development and application of simulation of aerodynamics and complex heat transfer in furnace chambers, thesis of PhD in technical science, Novosibirsk, Institute of Thermophysics -
D. Krasinsky, O. Sharypov (2015)
Numerical modeling of pulverized coal combustion in the vortex furnace with dual upper-port loadingJournal of Engineering Thermophysics, 24
-
E. Gesheva, I. Litvinov, S. Shtork, S. Alekseenko (2014)
Analyzing the aerodynamic structure of swirl flow in vortex burner modelsThermal Engineering, 61
-
YaA Kogan (1976)
Theory of Combustion and Furnace Apparatuses -
S.V. Sryvkov citation_title=Prizmatic screened furnace (1995)
Prizmatic screened furnace, S.V. Sryvkov, M.Ya. Protsailo, A.A. Dekterev, S.G. Kozlov, M.S. Pronin, A.M. Kovalevskii, V.P. Popov, Assignee and patent holder: Siberian Affiliation of the Russian Thermotechnical Research Inst. -
AA Dekterev (1997)
Development and application of simulation of aerodynamics and complex heat transfer in furnace chambers
- Publisher
- Springer Journals
- Copyright
- 2017 Pleiades Publishing, Ltd.
- ISSN
- 0869-8643
- eISSN
- 1531-8699
- DOI
- 10.1134/S0869864317060038
- Publisher site
- See Article on Publisher Site
Abstract
Abstract The flow pattern was studied for a four-vortex furnace of a coal-dust boiler. The paper presents results of experimental study of inner aerodynamics performed on a lab-scale isothermal model of the furnace device. The PIV method was used to receive the flow velocity fields for several cross sections. The analysis was performed for the spatial structure of the flow comprising four stable closed vortices with vertical axes of flow swirling.
Journal
Thermophysics and Aeromechanics – Springer Journals
Published: Nov 1, 2017