A.I. Fedyushkin: publications
Fedyushkin A.I. Effect of controlled vibrations on the boundary layers of the melt during the growth of single crystals. Proceedings of 10-th All-Russian Conf. "Nonlinear vibrations of mechanicsl systems" memory Yu. I. Neimark. Nizhniy Novgorod. 2016. 10 p. (in printing)
Fedyushkin A. I., Convection in a thermostat during bulk crystallization from solutions. Proceedings of the XI International conference on nonequilibrium processes in nozzles and jets (NPNJ_2016), May 25-31, Alushta, 2016. Moscow, MAI, 2016, ñ.538-539. ISBN 978-5-4316-0300-6
Fedyushkin A.I. Effect of gravity on the mass transfer in the crystallization of calcium phosphates from solutions in temperature-controlled conditions. Preprint IPMech RAS, No. 1085, Moscow, 2014, 27 p. ISBN 978-5-91741-135-4
Fedyushkin A.I., Churbanov A.G. Throughput Analysis of efficiency of various types of aeration lanterns during ventilation of industrial buildings. Preprint IPMech RAS, No. 1085, Moscow, 2014, 54 p. ISBN 978-5-91741-136-1.
Rozhkov A.N., Fedyushkin A.I. The flow structure in a drop in a collision with an obstacle // Proceedings of Intern. Conf. on Comput. Mech. and Modern Application Codes. May 24-31. 2015. Alushta. 518-520. ISBN 978-5-4316-0242-9.
Fedyushkin A.I. Features of hydrodynamics and heat and mass transfer with the vibration influences on the melt // Proceedings of Intern. Conf. on Comput. Mech. and Modern Application Codes. May 24-31. 2015. Alushta. 546-548. ISBN 978-5-4316-0242-9.
Fedyushkin A.I. Stationary and non-stationary regimes of a viscous incompressible fluid in a flat diffusor // Proceedings of Intern. Conf. on Comput. Mech. and Modern Application Codes. May 24-31. 2015. Alushta. 549-551. ISBN 978-5-4316-0242-9.
Fedyushkin A.I., Ivanov K.A. Hydrodynamics and heat transfer of vibration effects on the melt in the crystal growth process. Preprint IPMech RAS, No. 1085, Moscow, 2014, 107 p.
Fedyushkin A.I.. Simulation of fluid flow and heat and mass transfer during crystal growth based in mushy zones with and without vibration exposure to the melt. Review. Preprint IPMech RAS, No. 1074, Moscow, 2014, 35 p.
Fedyushkin A.I.. The flow of a viscous incompressible fluid in a flat diffuser: the transition from symmetric to asymmetric and from the stationary to the unsteady flow regime. Preprint IPMech RAS, No. 1075, Moscow, 2014, 42 p. ISBN 978-5-91741-115-6.
Fedyushkin A.I., Rozhkov A.N. The coalescence of droplets of Newtonian fluid. Preprint IPMech RAS, No. 1087, Moscow, 2014, 27 p. ISBN 978-5-91741-127-9.
Fedyushkin A.I., Rozhkov A.N. Impact and spreading of droplets. Preprint IPMech RAS, No. 1086, Moscow, 2014, 30 p. ISBN 978-5-91741-126-2
Fedyushkin A.I. Heat transfer of water in channel flow with and without the vibrations and boiling. IUTAM Symposium 12-3 "Waves in fluids: effects of non-linearity, rotation, stratification and dissipation", Moscow, Russia, 18-22 June 2012 // Ñèìïîçèóì IUTAM , 18-22 èþíÿ 2012, Ìîñêâà. - Ì.: ÌÀÊÑ Ïðåññ, 2012, 180ñ. ISBN 978-5-317-04107-6. Ñ. 72-74.
Fedyushkin A., The Influence of the Vibrations on Heat Transfer in Channel Flow of Water with and without the Subcooled Bubble Boiling. // Seventh International Symposium on TWO-PHASE SYSTEMS FOR GROUND AND SPACE APPLICATIONS. Beijing, China, September 17-22, 2012. P. 52.
Fedyushkin A., The Influence of Vibrations on the Shape of Melt/Crystal Interface and Boundary Layers in Crystal Growth Processes at Space and Ground Conditions.// Seventh International Symposium on TWO-PHASE SYSTEMS FOR GROUND AND SPACE APPLICATIONS. Beijing, China, September 17-22, 2012. P. 90.
Alexey Fedyushkin, Alexey Rozhkov. Investigation of the impact and spreading of drops on solid surface for Ground and Space conditions.Sixth International Conference on TWO-PHASE SYSTEMS FOR GROUND AND SPACE APPLICATIONS, Cava de Tirreni, Italy, September 25-28, 2011 1p.
Liu Q.S., Zhou J.Y., Wang A., Zhou B.H., Polezhaev V.I., Fedyushkin A.I., Henri N.T., Bernard B. Thermovibrational instability of Rayleigh-Marangoni-Benard convection in two-layer fluid systems Advances in Space Research (includes COSPAR Information Bulletin). 2008. Ò. 41. ? 12. Ñ. 2131-2136.
Fedyushkin A.I. Hydrodynamics, Heat and Mass Transfer under vibrations in the melt. Proceedings of XIX Intern. Conf, < Mathematical methods in thecnics and technologies>, Vol. 3. Voronezh. 2006. 29-34.
Fedyushkin A.I. Code Fluent application for multiphase hydrodynamics and heat transfer. Trans. RNCT 4. Vol. 1. Moscow. 2006. 131-135.
Fedyushkin A.I. Hydrodynamics, Heat and Mass transfer under vibrations in the melt during crystal growth by floating zone method. Trans. RNCT 4. Vol. 3. Moscow, 2006. 164-167.
Fedyushkin A., Bourago N., Polezhaev V. and Zharikov E. The influence of vibration on hydrodynamics and heat-mass transfer during crystal growth. J.Crystal Growth v. 275, 2005, p. e1557-e1563.
Fedyushkin, A. I.; Bourago, N. G. Vibration for controlling of temperature and dopant distributions in melt. 35th COSPAR Assembly, Paris, France, July 12-19, 2004 ( Download in English, PDF, 5 Kb) DOI: 10.13140/2.1.3568.9763 ( Download PDF, 5 Kb)
A.I. Fedyushkin, N. G. Bourago, Polezhaev V.I. and Zharikov E.V. Influence of vibration on heat and mass transfer during crystal growth in ground-based and microgravity environments. Proceedings of 2nd Pan Pacific Basin Workshop on Microgravity Sciences, Pasadena , USA, 2001, paper CG-1065, 6pp. ( Download PDF, 207 Kb)
Fedyushkin A.I., Bourago N.G. Influence of vibrations on Marangoni convection and melt mixing in Czochralski crystal growth. Proceedings of 2nd Pan Pacific Basin Workshop on Microgravity Sciences, Pasadena , USA, 2001, paper CG-1072, 9pp. ( Download DOC, 269 Kb)
Fedyushkin A.I., Bourago N.G., Polezhaev V.I., Zharikov E.V. Effect of vibrations on hydrodynamics and Heat-mass transfer in the melt during Bridgman's crystal growth technique. Proc. of VII All-Russian symp.
Fedyushkin A.I. and Bourago N.G. "Influence of vibrations on boundary layers in Bridgman crystal growth,". Proc. 2nd Pan-Pacific Basin Workshop on Microgravity Sciences, paper CG-1073, pp. 1-7, Pasadena, USA, 2001. ( Download PDF, 161 Kb)
Bourago N.G., Fedyushkin A.I. "Modeling of crystal growth by Bridgman and Czochralski methods". Proc. of the All-Russian Conf. on technology of crystal growth. S.-Peterburg. 2000.
Bourago N.G., Fedyushkin A.I., Zharikov E.V., Polezhaev V.I. "Effect of vibrations on hydrodynamics and heat-mass transfer under normal and low gravity" Abstracts of 7-th All-Russian Symp. on mechanics in microgravity. M.: IPMech RAS. 2000. 65-66.
Bourago N.G., Fedyushkin A.I. "Heat-mass transfer in vertical Bridgman' method of crystal growth under normal and low gravity" Abstracts of 7-th All-Russian Symp. on mechanics in microgravity. M.: IPMech RAS. 2000. 66-67.
Bourago N.G., Fedyushkin A.I., Nesterov S.B., Kalinovsky A.V. "Study of processes in liquid helium under normal and low gravity" Abstracts of 7-th All-Russian Symp. on mechanics in microgravity. M.: IPMech RAS. 2000. 25-26.
Bourago N.G., Fedyushkin A.I. "Influence of vibrations on hydrodynamics of melt flow," Joint Russian-Japanese workshop on Computational Fluid Dynamics, July, Moscow State University, Moscow, Russia, 2000.
Bourago N.G., Zharikov E.V., Fedyushkin A.I., "Influence of vibrations on Bridgman crystal growth," Int. conf. Crystal growth, Sorrento, Italy, 2000.
Bourago N.G., Fedyushkin A.I. "Influence of vibrations on Chochralsky crystal growth," Int. workshop on Crystal Growth, Abstracts. pp. 101-102, N-Y, Stony Brook, USA, 2000.
Bourago N.G., Fedyushkin A.I, Polezhaev V.I. Dopant distribution in crystals growth by the submerged heater method under steady and oscillatory rotation. Adv. Space Res. Vol.24, No 10, pp. 1245-1250, 1999.
Fedyushkin A.I, Bourago N.G. Impurity distribution in submerged heater method with and without rotation. Proceedings of the Int.Conf. on Computational Heat and Mass Transfer.April 26-29, 1999, N.Cyprus, Turkey, pp. 207-215, 1999.
A.I.Fedyushkin. Influence of the magnetic field and an orientation of the gravity on the shape of the interface. Abstracts of Third Int. Conference "Singe crystal growth, strength problem, and heat mass transfer", Obninsk, 1999, p.212.
N.G.Bourago, A.I.Fedyushkin. The rotation effect on dopant distribution during submerged heater crystal growth. Abstracts of Third Int. Conference "Singe crystal growth, strength problem, and heat mass transfer", Obninsk, 1999, pp.195-198.
N.G.Bourago, A.I.Fedyushkin. Influence of the rotation on double-diffusion convection and impurity distribution in bridgman crystal growth with and without magnetic field. Abstracts of Third Int. Conference "Singe crystal growth, strength problem, and heat mass transfer", Obninsk 1999, 1 p.
I.H.Avetisov, N.G. Bourago, A.I.Fedyushkin, V.I. Polezhev, A.V. Skorenko, E.V. Zharikov. The heat and mass transfer during direct crystallization under the vibrational influence. Abstracts of Third Int. Conference "Singe crystal growth, strength problem, and heat mass transfer", Obninsk, 1999, pp.214-215.
N.G. Bourago, A.I. Fedyushkin. Computer simulation of spreading of dopant during Submerged Heater Crystal Growth, Lecture is given in 4-th Differential Equations and Computer Simulation conference in Starkville (Mississippi, USA) on 21-22 of May 1999. Paper is submitted to proceedings of the conference in Electromic Journal on Differential Equations. 1999 , 6 pp.
Bourago N.G., Fedyushkin A.I., Polezhaev V.I. Mathematical study of dopant distribution in submerged heater method in microgravity and terrestrial environment, COSPAR Assembly, Nagoya, Japan, July 12-19, 1998
Bourago N.G., Fedyushkin A.I., Polezhaev V.I. The influence of steady and oscillatory rotation on distribution of dopant in a crystal grown by submerged heating method, COSPAR Assembly, Nagoya, Japan, July 12-19, 1998
Bourago N.G., Fedyushkin A.I., Polezhaev V.I. Double-diffusion convection and impurity distribution in Bridgman method with and without magnetic field, Cospar Assembly, Nagoya, Japan, July 12-19, 1998
Bourago N.G., Fedyushkin A.I., Polezhaev V.I. Mathematical study of dopant distribution in submerged heater method with and without rotation, Joint 1st Pan-Pacific Basin and 4th Japan-China Workshop on Microgravity Sciences, Tokyo, Japan, 8-11 July, 1998 (Download PDF 0,5 Mb)
Bourago N.G., Fedyushkin A.I., Polezhaev V.I. The influence of steady and oscillatory rotation on distribution of dopant in a crystal grown by submerged heating method. Int. Conf. on Crystal Growth -12. Jerusalem. Israel. 1998.
Bourago N.G., Fedyushkin A.I., Golyshev V.D., Gonik M.A., Polezhaev V.I., Tsvetovsky V.B. Experimental and mathematical study of dopant distribution under crystal growth by axial thermal flux (ATF ) method. Int. Conf. on Crystal Growth -12. Jerusalem. Israel. 1998.
Bourago N.G., Fedyushkin A.I., Polezhaev V.I. Double-diffusion convection and impurity distribution in Bridgman method with and without magnetic field. Int. Conf. on Crystal Growth -12. Jerusalem. Israel. 1998.
Bourago N.G., Fedyushkin A.I., Polezhaev V.I. Modeling of unsteady submerged heating crystal growth in ground-based and microgravity environment. Proceedings of joint Xth European and VIth Russian Symposium on Physical sciences in microgravity. St. Petersburg, Russia, 15-21 June 1997, vol. II, pp. 170-173, 1997.
A.I.Fedyushkin, I.B.Riabova. Definition of the effectivity heat transfer in air cooler, Proc. of Int. Conference "Perfecting of energy machine by calculating and physical experiments". Harkov, Ukraine, 26-29 September, 1994.
A.I.Fedyushkin. Peculiarities of thermo-concentrational convection in normal and low-gravity environments. Proceedings of the first Sino - Soviet Symposium on Astronautical Science and Technology, January 7-10, Harbin, China, 1992.
Polezhaev V.I., Bello M.S., Verezub N.A., Dubovik K.G., Lebedev A.P., Nikitin S.A., Fedyushkin A.I. Convective processes in microgravity. Moscow. Nauka, 1991. 240p.
A.I. Fedyushkin. Investigation of convective heat- and mass- transfer in directional crystallization. Proceedings of the International Symposium on hydromechanics, heat and mass transfer in microgravity, July 6-14, Perm-Moscow, USSR, 1991.
A.I. Fedyushkin. Numerical investigation convective heat and mass transfer in directional crystallization. Proceedings of the VI - All Union congress of theoretical and applied mechanics, 15-21 August, Moscow, USSR. 1991.
K.G.Dubovik, A.I.Fedyushkin, D.S.Pavlovsky, V.I.Poleshaev. Convective processes during growth of high temperature superconductors. Preprint of the Institute for Problems in Mechanics 1990, N434, 45p.
A.I.Fedyushkin. Investigation of matrix method for the solving of Navier-Stokes equations. Preprint of the Institute for Problems in Mechanics, 1990, N 471, 31 p.
A.I.Fedyushkin. Convective heat and mass transfer in horizontal layers. Proceedings of the III All-Union Seminar on Geology, synthesis and experimental investigation semi-precious stones, October 2-7, 1989, Alexsandrov, Moscow region, USSR. 1989.
A.I.Fedyushkin. Investigation of matrix method for solution equation of natural convection, dep. in VINITI, paper N447-V88, Moscow, USSR, 1988, 24 p.
Kirdyashkin A. G., Polezhaev V.I., Fedyushkin A.I. Thermal convection in horizontal layer under side heating. Chapter in book "Hydro-Aerodynamics and Space Research". Moscow. Nauka. 1985. 170-187.
A.I.Fedyushkin, V.I.Poleshaev. Investigation thermo-concentrational convection in square cavity. XV Gagarin's lectures April 2-5, Moscow, USSR, 1985.
A.I.Fedyushkin. Heat and mass transfer in melt on the boat-cavity. Proceedings of the All-Union Seminar on heat and mass transfer during crystal growth. April 16-18, Alexsandrov, Moscow region, USSR, 1985.
A.V.Bune, K.G.Dubovik, A.I.Fedyushkin, V.I.Poleshaev. Tests and modifications of the finite different schemes for 2D Navier-Stokes equations. Preprint of the Institute for Problems in Mechanics 1985, N 260, 60 p.
A.F.Pshenichnikov, A.Yu.Pinjagin, V.I.Poleshaev, A.I.Fedyushkin, G.F.Shaydurov. Theoretical and experimental investigation thermoconcentrational convection in the rectangular enclosure co-authors side heat and mass fluxes. Sverdlovsk, 1985, 53p.
V.M.Grachev, A.P.Veviorsky, V.A.Grachev, V.I.Poleshaev, A.I.Fedyushkin, E.A.Yudin. Control velocity in horizontal unidirectional crystal growth. Patent of USSR N 30996012, 1984.
A.I. Fedyushkin. Numerical studies thermoconcentrational convection in enclosures. Proceedings of the III All Union Seminar on Hydromechanics, heat and mass transfer in microgravity. January 24-29, Chernogolovka, Moscow region, USSR, 1984.
A.V.Bune, K.G.Dubovik, A.I.Fedyushkin, V.I.Poleshaev. Optimization and tests of finite difference schemes for convection at high Raleigh numbers. Proceedings of the X All-Union school on Numerical methods for viscous fluid mechanics. 24 September- 5 November, Novosibirsk, USSR. 1984.
Kirdyashkin A. G., Polezhaev V.I., Fedyushkin A.I.. Thermal convection in horizontal layer under side heating // J. Applied Mechanics and Technical Physics, 1983, No. 6. C. 122-128.
A.I. Fedyushkin, S.A.Nikitin, V.I.Poleshaev. Convection and impurity distribution in crystal growth in low-gravity environments. Adv. Space Res. 1983, V.3, N5, pp.65-78.
A.I. Fedyushkin, S.A.Nikitin, V.I.Poleshaev. Convection and impurity distribution in crystals during unidirectional crystallization. In: Material science experiments, Sverdlovsk, pp. 146-150.
A.I. Fedyushkin, A.G.Kirdyashkin, V.I.Poleshaev. Investigation convection in horizontal layer. Proceedings of the IX All-Union School-seminar on Numerical methods for viscous flows. September 20-28, Leningrad, USSR. 1982.
K.G.Dubovik, A.I. Fedyushkin, S.A.Nikitin, V.I.Poleshaev. Hydrodynamics effects in melts in space flight apply to technologies problems. XI Gagarin's lectures April 6-9, Moscow, USSR. 1981.
K.G.Dubovik, A.I. Fedyushkin, S.A.Nikitin, A.I.Prostomolotov, V.I.Poleshaev. Convection during crystal growth on Earth and in Space. J. Crystal Growth, 1981, V.52, pp.465-470.
A.I. Fedyushkin, S.A.Nikitin, V.I.Poleshaev. Mathematical simulation of impurity distribution in crystals prepared under microgravity conditions. J. Crystal Growth, 1981, V.52, pp.471-477.
A.I. Fedyushkin, S.A.Nikitin, V.I.Poleshaev. Mathematical simulation of impurity distribution in space processing experiments with semiconductors. Adv. Space Res. V.1, pp.37-40.
A.I. Fedyushkin, A.A.Puntus, E.P.Speranskaya. Numerical solution 2D Navier-Stokes equations, dep. in VINITI, paper N 2975-81, Moscow, USSR, 1981. 20p.
A.I. Fedyushkin, V.I.Poleshaev, A.A.Puntus. Numerical investigations hydrodynamics effects of impurity in low gravity environments, dep. In VINITI, paper N 3484-81, Moscow, USSR, 1981. 41 p.
Polezhaev V.I., Fedyushkin A.I. Hydrodynamic effects of the concentration of the bundle in confined volumes // Izv. AS USSR, Mechanics of fluids. 1980. No. 3. 11-18.
K.G.Dubovik, A.I.Fedyushkin, S.A.Nikitin, V.I.Poleshaev. Convection during crystal growth in Space and Earth. Proceedings of the VI International conference on crystal growth. September, Moscow, USSR. 1979, pp.16-19
A.I.Fedyushkin, S.A.Nikitin and V.I.Poleshaev. Mathematical modelling of impurity distribution in the space technological experiments. Proceedings of the VI International conference on crystal growth. September, Moscow, USSR, 1979.
V.I.Poleshaev, K.G.Dubovik, S.A.Nikitin, A.I.Prostomolotov, A.I.Fedyushkin. Convective processes in microgravity and their significance in material processing. in: Hydromechanics, heat and mass transfer in microgravity, Moscow, Nauka, 1979, pp.61-72.
V.I.Poleshaev, K.G.Dubovik, S.A.Nikitin, A.I.Fedyushkin. Hydrodynamics effects of the impurities macroingomogenities in space processing experiments. IX Gagarin's lectures April 3-6, Moscow, USSR. 1979.
V.I.Poleshaev, K.G.Dubovik, S.A.Nikitin, A.I.Prostomolotov, A.I.Fedyushkin. The role of convection in the space material processing. All-Union seminar on Hydromechanics, heat and mass transfer in microgravity. December 10-11, Moscow, USSR. 1979.
V.I.Poleshaev, K.G.Dubovik, S.A.Nikitin, A.I.Prostomolotov, A.I.Fedyushkin. Convective processes in microgravity and their significance in material processing In book: "Hydromechanics, heat and mass transfer in microgravity", Moscow, Nauka, 19979, pp. 61-72.
V.I.Poleshaev, V.L.Grjaznov, K.G.Dubovik, S.A.Nikitin, AI.Fedyushkin. Application of numerical modelling in material sciences. In book: "Space processing and technology", Moscow, Nauka, pp. 39-47.
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