*
Kondratyuk V.A., Semenyako A.V., Terekh A.M., Rudenko A.I., Zhukova Y.V.*
**
Heat transfer and aerodynamic of single tubes of flat-oval profile** |
3 |

*
Musakaev N.G., Urazov R.R.*
**
Theoretical research of methods to create thermodynamic instability of the hydrate phase for gas hydration control in pipelines** |
7 |

*
Pismennyy E.N., Rogachev V.A., Baranyuk A.V., Reva S.A., Panasyuk A.P.*
**
Heat transfer and aerodynamics of packaged helical-shaped tubes with equally developed heat transfer surfaces** |
13 |

*
Sleptsov S.D., Rubtsov N.A.*
**
The single-phase Stefan problem in a semitransparent medium in the modified classical solution. The problem statement and analyze** |
19 |

*
Guzeev A.S., Korotkin A.I.*
**
Effect of surface macroroughness on friction resistance** |
25 |

*
Ochkov V.F., Ustyuzhanin E.E., Khusnulin A.S., Wu J.R.*
**
Thermophysical properties of ionic liquids: internet resources and numerical data** |
30 |

*
Litvinenko Y.A., Kozlov V.V., Grek G.R., Katasonov M.M., Shmakov A.G., Korobeynichev O.P.*
**
Influence of acoustic oscillations on the diffusion combustion of propane in the micro-jet** |
36 |

*
Litvinenko M.V., Litvinenko Y.A., Kozlov V.V., Grek G.R.*
**
An experimental investigation of longitudinal structures in jets** |
42 |

*
Prikhodko A.A., Alekseenko S.V.*
**
Computer simulation of ice accretion on the NACA-0012 airfoil** |
48 |

*
Sulatskiy A.A.*
**
Mathematical model of the interaction between corium melt, containing zirconium and uranium, and sacrificial material of the core catcher** |
55 |

*
Smorchkova Y.V., Dedov A.V.*
**
Numerical simulation of fluid flow and heat transfer in the pebble bed** |
62 |

*
Nakoryakov V.E., Misyura S.Y.*
**
The effect of nonisothermal conditions on dissociation of methane hydrate at negative temperatures** |
68 |

*
Gulevich M.A., Pay V.V., Yakovlev I.V., Pinaev A.V.*
**
Experimental study of heat flux from the shock-compressed and reactive media at the contact surface.** |
73 |

*
Aktershev S.P., Ovchinnikov V.V.*
**
Modelling of boiling up of a metastable liquid with appearance of the evaporation fronts** |
77 |

*
Aktershev S.P., Alekseenko S.V.*
**
Three-dimensional waves in the liquid film** |
83 |

*
Nakoryakov V.E., Ovchinnikov V.V., Dekhtyar R.A.*
**
Rivulet and drops flow on the slope of the hydrophobic surface** |
90 |

*
Akhmadiev F.G., Fazylzyanov R.R., Bekbulatov I.G., Galimov R.A.*
**
Non-isothermal flow of a non-newtonian two-phase environment in the area with a permeable surface** |
97 |

*
Shalaev V.I.*
**
On the control of 3d turbulent boundary layer separation using local volumetric and surface gas heating** |
104 |

*
Gaponov S.A., Terekhova N.M.*
**
The stability of disturbances in supersonic boundary layer of a compressible gas with the heat exchange on the wall** |
111 |

*
Gaponov S.A., Terekhova N.M.*
**
Control of flow regime in supersonic flow** |
117 |

*
Leukhin Y.L., Saburov E.N.*
**
Prediction of aerodynamics and heat transfer in the annular channel of the cyclones recuperator** |
123 |

*
Pogrebnova O.V., Efremov A.N., Merzlyakov S.N.*
**
Experiment-calculated analysis of gas-dynamic performance in the entry section of air intake duct during operation of cycle air heating system in the gascompressor unit GPA-25DN** |
130 |

*
Perepelitsa B.V.*
**
Visualization investigation of fluid flow of the submerged jet in the narrow slot** |
134 |

*
Perepelitsa B.V., Ovchinnikov V.V.*
**
Effect of the microstructure of the wall on the flow of the submerged jet in the narrow slot** |
141 |

*
Musaeva D.A., Iliin V.K., Sinyavin A.A., Gezha V., Bakke E.*
**
Melt motion in induction furnace under condition of pulsed force of electromagnetic field** |
147 |

*
Burov A.A., Burov A.I., Gamolich V.Y., Didyk D.A.*
**
Hydrodynamic heating of tiny liquid** |
150 |

*
Sakhapov S.Z., Zamchiy A.O., Serebryakova M.A.*
**
Spherically symmetric gas discharge** |
155 |

*
Akhmetbekov E.K., Karchevskiy M.N., Tokarev M.P.*
**
Application particle tracking velocimetry algorithm for research of three-dimensional velocity distributions of dispersed flow** |
161 |

*
Medvedev R.N., Zarubin I.A.*
**
Atomic-emission spectral analysis of conductive liquid during diaphragm discharge in self-oscillating regime** |
166 |

*
Gusev A.V., Kornev R.A., Shaposhnikov V.A.*
**
Modeling of gas dynamic and thermal phenomena in plasma-chemical conversion SiCl**_{4} in a microwave discharge |
171 |

*
Gusev A.V., Kornev R.A., Shaposhnikov V.A.*
**
Gas-dynamic and thermal processes in synthesis of trichlorosilane, hydrogen reduction of silicon tetrachloride in an rf discharge** |
178 |

*
Polovnikov V.Y.*
**
Simulation of thermal regimes channel-free heating pipes in real world conditions** |
184 |

*
Nakoryakov V.E., Ostapenko V.V., Bartashevich M.V.*
**
Roll waves on vertical falling liquid film** |
189 |

*
Zarvin A.E., Khodakov M.D., Korobeyshchikov N.G., Kalyada V.V.*
**
Mass-spectrometry of ionized argon, methane and argon-methane supersonic jets.** |
194 |

*
Zhilin A.A., Fedorov A.V.*
**
Description extraction of moisture from the grain fillingunder the influence of acoustic-convective flow** |
200 |

*
Neobyyavlyayushchiy P.A., Dekterev A.A., Litvintsev K.Y.*
**
Numerical simulation of aerodynamics and heat transfer in multi-component gas mixtures in the annex to the combustor and transportation anode gas electrolytic production of aluminum** |
204 |

*
Ezdin B.S., Nikiforov A.A., Zarvin A.E., Kalyada V.V., Khodakov M.D.*
**
Use of the compression reactor to process the associated gas** |
207 |

*
Zakharov N.S., Pokusaev B.G., Karlov S.P., Nekrasov D.A., Apanovich A.S.*
**
Influence of form and thermal properties of granular layer to subcooled liquid boiling dynamics in impulse heat generation in the wall** |
210 |

*
Khramtsov D.P., Nekrasov D.A., Pokusaev B.G., Kondrashov N.P.*
**
Modelling of slug flow dynamics in inclined pipes with packed beads** |
214 |

*
Sakhnov A.Y.*
**
Laminar boundary layer with favorable pressure gradient on the uniformly heated surface** |
220 |

*
Bobashev S.V., Monakhov N.A., Popov P.A., Sakharov V.A.*
**
Pulsed gas discharge dynamics in a solenoidal magnetic field** |
225 |

*
Mazo A.B., Kalinin E.I., Molochnikov V.M.*
**
The features of laminar-turbulent transition past an obstacle in a channel** |
231 |

*
Mazo A.B., Potashev K.A., Kalinin E.I.*
**
Super element method of petroleum reservoir simulation** |
237 |

*
Potashev K.A.*
**
Upscaling in super element models of two-phase flows** |
244 |

*
Mezentseva N.N., Mukhin V.A., Mezentsev I.V.*
**
Boiling of single component refrigerants and non-azeotropic mixtures inside the horizontal smooth tubes** |
251 |

*
Arbuzov V.A., Alyukaeva O.Z., Bufetov N.S., Dekhtyar R.A., Maksimov L.V., Nakoryakov V.E.*
**
Refraction method for density and concentration determination in the joint absorbtion heat and mass transfer studies** |
255 |

*
Nakoryakov V.E., Tsoy A.N., Mezentsev I.V., Meleshkin A.V.*
**
Boiling-up of liquid nitrogen injected into water** |
260 |

*
Aktershev S.P., Kuybin P.A.*
**
Stability of vortex flow in a cylindrical tube** |
265 |

*
Karpov D.I.*
**
Study of dielectric liquid structure in high electric field with molecular dynamics** |
270 |

*
Glushkov D.O., Strizhak P.A.*
**
Numerical and experimental researches of gel and propellant fuels ignition by local power sources** |
276 |

*
Kabardin I.K., Naumov I.V., Okulov V.L., Mikelson R.F., Velte K.M.*
**
The performance and force characteristics investigation of the wind turbine model** |
283 |

*
Naumov I.V., Kabardin I.K., Okulov V.L., Mikelson R.F.*
**
The complex laser-optic diagnostic of vortex flow structure behind of the wind turbine model** |
289 |

*
Alabuzhev A.A.*
**
Vibrations influence on contact angle hysteresis of compressible drops** |
296 |

*
Teslenko V.S., Drozhzhin A.P., Medvedev R.N.*
**
Combustion of gas fuels inside the ring-shaped bubbles** |
302 |

*
Baranov E.R., Nekrasov A.K.*
**
Mathematical modelling of hydrodynamics and heat exchange at the mixed convection of heterogeneous liquid with disperse particles in the channel with heatallocating element** |
306 |

*
Khaybullina A.I., Khayrullin A.R., Sinyavin A.A., Iliin V.K.*
**
Investigation of heat transfer changing in corridor tube bundle under condition of asymmetrical low-frequency impulses of fluid reverse flow** |
312 |

*
Bogomolov A.R., Alekseev M.V., Sorokin A.L., Pribaturin N.A., Kagakin E.I., Shevyrev S.A.*
**
Simulation of two stage gasifier for conversion of coal and sludge in the flow of superheated steam** |
316 |

*
Zhukov V.E., Moiseev M.I.*
**
Dynamic characteristics of the interface of the self-sustaining evaporation front in freon-21** |
322 |

*
Zhukov V.E., Kuznetsov D.V., Moiseev M.I., Bartashevich M.V.*
**
Propagation dynamics of the self-sustaining evaporation front under the conditions of normal and microgravitation** |
329 |

*
Lepeshkin A.R.*
**
Thermal conductivity of metal materials in conditions of action of centrifugal accelerations and forces** |
336 |

*
Shishkin N.E.*
**
Efficiency of the near-wall screen at gas-droplet cooling** |
340 |

*
Abdurakipov S.S., Dulin V.M., Markovich D.M., Chikishev L.M.*
**
Application of DMD for detection of global instability modes in strongly swirling flame** |
346 |

*
Tsvelodub O.Y., Arkhipov D.G.*
**
Modeling of joint flow of liquid film and turbulent gas at weightlessness** |
353 |

*
Sintsova T.G., Trifonov N.N., Sukhorukov Y.G., Nikolaenkova E.K.*
**
Swelling of water levels in heat exchangers** |
359 |

*
Gubaydullin A.A., Gubkin A.S.*
**
Behavior of bubbles in a cluster under acoustic influence** |
363 |

*
Soroka B.S., Zgurskiy V.A., Khinkis M.*
**
Low-emission burning of premixed gas-air mixtures in the chamber by combustion products recirculation** |
368 |

*
Abramov A.G., Ivanov N.G., Kovalev G.A., Smirnov E.M.*
**
Numerical study of heat and mass transfer in steam-air mixture with condensation on a row of vertical tubes** |
375 |

*
Ivanov N.G., Ris V.V., Shchur N.A.*
**
Неат transfer from tube banks of subsea coolers** |
382 |

*
Kupershtokh A.L., Gavrilov N.V., Ermanyuk E.V.*
**
Destruction of liquid films on solid and liquid substrates under body force effect** |
389 |

*
Kuznetsov V.V.*
**
Thermophysical problems of the controlled decomposition of metastable fluids and its application for the design of MEMS-actuators** |
396 |

*
Soroka B.S., Zgurskiy V.A.*
**
CFD modeling of transfer processes and of pollutan's formation by premixed combustion the natural gas with air humidified by means of maisotsenko cycle** |
403 |

*
Isaev S.A., Leontiev A.I., Gultsova M.E., Chudnovskiy Y.P.*
**
Numerical simulation of tornado-like heat enhancement in the dimpled narrow channel at water flow** |
410 |

*
Kusaiynov K.K., Turdybekov K.M., Shuyushbaeva N.N., Kuzhukhanova Z.A.*
**
Development of electro-hydraulic pulse technology of drilling wells for installation of heat exchange elements of heat pumps** |
420 |

*
Kusaiynov K.K., Turgunov M.M., Akhmadiev B.A., Tanasheva N.T., Dyusembaeva A.N.*
**
Impact of porosity on the aerodynamic characteristics of the rotating cylinder** |
425 |

*
Orlovskaya S.G., Shkoropado M.S., Karimova F.F., Shkoropado A.S., Kissa V.D.*
**
Study of N-alkanes droplets burning in air** |
430 |

*
Potapov V.N., Kostyunin V.V., Zharkov G.V.*
**
Распределение плотности потока момента вращения в улитке при закрутке двухфазного потока** |
434 |

*
Volkov R.S., Kuznetsov G.V., Strizhak P.A.*
**
Research of evaporation regularities for pulverized water moving through high-temperature gases** |
440 |

*
Chernov A.A., Pilnik A.A.*
**
Aspects of gas-bubble growth in high-viscous gas-saturated melt** |
446 |