Comparison of Two Numerical Models of Convection in the Earth’s Mantle von Chervov, V. V., Chernykh, G. G., Palymskiy, I. B.

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Direct numerical simulations of Rayleigh-Bénard convection of a gas-liquid medium near its density maximum von Yu, Jia-Jia, Hu, Yu-Peng, Wu, Chun-Mei, Li, You-Rong, Palymskiy, I.B.

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Rayleigh–Benard convection in a chemically active gas in the chemical equilibrium state von Palymskiy, I. B., Palymskiy, V. I., Fomin, P. A.

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Rayleigh–Benard Convection in a Chemically Equilibrium Gas Containing Chemically Inert Microparticles von Palymskiy, I. B., Fomin, P. A.

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Rayleigh-Benard convection in a gas-vapor medium at the temperature close to the critical temperature von Palymskiy, I B, Fomin, P A, Li, You-Rong, Wu, Chun-Mei

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About control of convection intensity in chemical reacting equilibrium gas von Palymskiy, I B, Palymskiy, V I, Fomin, P A, Trifanov, A V

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Rayleigh–Benard convection in a chemical equilibrium gas (simulation of surface detonation wave initiation) von Palymskiy, I.B., Fomin, P.A., Hieronymus, H.

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Numerical Investigation of Spectrums of Three-Dimensional Turbulent Convection von Palymskiy, I.B.

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About qualitative difference of solutions of two-dimensional and three-dimensional convection von Palymskiy, I. B.

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Numerical investigation of Rayleigh–Benard turbulent convection spectrums von Palymskiy, I. B.

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Rayleigh-Benard convection in a chemical equilibrium gas (simulation of surface detonation wave initiation) von PALYMSKIY, I. B, FOMIN, P. A, HIERONYMUS, H

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Blast induced fracture modelling using smoothed particle hydrodynamics von Gharehdash, Saba, Barzegar, Milad, Palymskiy, Igor B., Fomin, Pavel A.

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On the Features of Thermal Convection in a Compressible Gas von Palymskiy, Igor B.

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Field Scale Modelling of Explosion-Generated Crack Densities in Granitic Rocks Using Dual-Support Smoothed Particle Hydrodynamics (DS-SPH) von Gharehdash, Saba, Sainsbury, Bre-Anne Louise, Barzegar, Milad, Palymskiy, Igor B., Fomin, Pavel A.

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Topology and hydraulic permeability estimation of explosively created fractures through regular cylindrical pore network models von Gharehdash, Saba, Sainsbury, Bre-Anne Louise, Barzegar, Milad, Palymskiy, Igor B, Fomin, Pavel A

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