Liquid & Gas Mechanics | |
Gainullina E.F.
Shock waves dynamics and evolution of vortex formation during the interaction of spherical air pulse with aqueous foam layer
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74–81 |
Alekseev M.V., Vozhakov I.S., Lezhnin S.I.
Non-stationary process characteristics of the gas outflow into a liquid
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82–88 |
Minibaev M.R., Mikhaylenko C.I.
Investigation of the influence of boundary conditions in the numerical solution of a vortex tube model
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89–100 |
Shagapov V.Sh., Galiakbarova E.V.
Elements of the theory of forced mixing of oils in tanks
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101–107 |
Bolotnova R.Kh., Gainullina E.F., Nurislamova E.A.
Modeling of the spherical explosion attenuation process using aqueous foam
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108–114 |
Nasibullaeva E.Sh.
Numerical simulation of acoustic scattering from coaxial sound-penetrable spheres
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115–124 |
Tukmakov D.A.
Numerical study of velocity slip of phases during the passage of a shock wave of low intensity from a pure gas to a dusty medium
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125–131 |
Brief Communications | |
Nizamova A.D., Kireev V.N., Urmancheev S.F.
Research of eigenfuctions perturbation of the transverse component velocity thermoviscous liquids flow
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132–137 |
Utyashev I.M.
Longitudinal oscillation of a rod with a variable cross section
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138–141 |
Kildibaeva S.R., Dalinskij E.T., Kildibaeva G.R.
Mathematical model of multiphase flow propagation for the case of underwater pipeline damage
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142–147 |
Profiles | |
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Anniversary of Raisa Khakimovna Bolotnova (in Russian)
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148 |
