Search Results - "Sereshchenko, Evgeniy"

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  1. 1

    Determining the global activation energy of methane–air premixed flames by Moroshkina, Anastasia D., Ponomareva, Alina A., Mislavskii, Vladimir V., Sereshchenko, Evgeniy V., Gubernov, Vladimir V., Bykov, Viatcheslav V., Minaev, Sergey S.

    Published in Combustion theory and modelling (10-11-2023)
    “…In this work, the determination of the apparent activation energy of a global chemical reaction mechanism of the methane–air flames is revisited. The one-step…”
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  2. 2

    Activation Energy of Hydrogen–Methane Mixtures by Moroshkina, Anastasia, Ponomareva, Alina, Mislavskii, Vladimir, Sereshchenko, Evgeniy, Gubernov, Vladimir, Bykov, Viatcheslav, Minaev, Sergey

    Published in Fire (Basel, Switzerland) (01-01-2024)
    “…In this work, the overall activation energy of the combustion of lean hydrogen–methane–air mixtures (equivalence ratio φ = 0.7−1.0 and hydrogen fraction in…”
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  3. 3

    Experimental and numerical study of premixed flame penetration and propagation in multichannel system by Fursenko, Roman, Sereshchenko, Evgeniy, Uriupin, Georgii, Odintsov, Egor, Tezuka, Takuya, Minaev, Sergey, Maruta, Kaoru

    Published in Combustion science and technology (03-06-2018)
    “…Experimental and numerical results on premixed flame penetration and subsequent propagation in a multichannel burner are presented. The burner consists of the…”
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  4. 4

    Numerical study of sporadic combustion waves in straight channels of different diameters by Sereshchenko, Evgeniy, Fursenko, Roman, Minaev, Sergey

    “…The dynamics of flames propagating in straight channels filled with a stationary low-Lewis-number premixed gas mixture is studied numerically. A method for…”
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  5. 5

    Study of chemiluminescence of methane–air flame stabilized on a flat porous burner by Moroshkina, Anastasia, Sereshchenko, Evgeniy, Mislavskii, Vladimir, Gubernov, Vladimir, Minaev, Sergey

    Published in Combustion and flame (01-12-2024)
    “…In this work, the spatial distribution and spectral characteristics of the chemiluminescence of chemically excited species, OH∗ and CH∗, are experimentally and…”
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  6. 6

    Evolutionary equations for the disturbed flame stabilised at the flat burner by Minaev, Sergey, Sereshchenko, Evgeniy, Gubernov, Vladimir

    Published in Combustion theory and modelling (06-06-2024)
    “…The dynamics of the burner-stabilised flame is investigated theoretically in the frame of diffusive-thermal model. The nonlinear system of equations describing…”
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  7. 7
  8. 8

    Bifurcations and negative propagation speeds of methane/air premixed flames with repetitive extinction and ignition in a heated microchannel by Nakamura, Hisashi, Fan, Aiwu, Minaev, Sergey, Sereshchenko, Evgeniy, Fursenko, Roman, Tsuboi, Yosuke, Maruta, Kaoru

    Published in Combustion and flame (01-04-2012)
    “…Detailed behaviors of ignition kernel(s) in a uniform stoichiometric methane/air mixture under the temperature gradient were investigated numerically by using…”
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  9. 9

    Experimental and numerical investigations of flame pattern formations in a radial microchannel by Fan, Aiwu, Minaev, Sergey, Sereshchenko, Evgeniy, Fursenko, Roman, Kumar, Sudarshan, Liu, Wei, Maruta, Kaoru

    “…Flame pattern formations in a heated radial microchannel with a gap width of 1.75 mm were investigated experimentally and numerically. A premixed methane–air…”
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  10. 10

    Oscillating and rotating flame patterns in radial microchannels by Minaev, Sergey, Fursenko, Roman, Sereshchenko, Evgeniy, Fan, Aiwu, Kumar, Sudarshan

    “…The thermal-diffusive model was applied to demonstrate possibility of formation of oscillating or rotating spatial flame structures, which were described…”
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  11. 11

    Numerical Simulations of Premixed Flame Ignition in Turbulent Flow by Sereshchenko, Evgeniy, Fursenko, Roman, Minaev, Sergey, Shy, Shenqyang

    Published in Combustion science and technology (02-11-2014)
    “…The ignition process in a prescribed flow field was investigated in the frame of a 2D thermal-diffusion model. It is assumed that the heat release in the…”
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