ISSN 2542–0380
Труды Института механики им. Р.Р. Мавлютова
Электронный научный журнал | Electronic Scientific Journal
Proceedings of the Mavlyutov Institute of Mechanics
8 (2011)

Table of contents

Волновые процессы в пузырьковых системах
Agisheva U.O., Bolotnova R.Kh., Galimzianov M.N.
Investigation of shock-wave processes in a bubble liquid during the interaction with a barrier
17
Akhmetov A.T., Lukin S.V., Balapanov D.M., Urmancheev S.F., Gumerov N.M., Yakhin I.K.
Features of wave propagation in the sand of different saturation
25
Bolotnova R.Kh., Buzina V.A., Galimzianov M.N.
Features of adiabatic flows in a gas-liquid mixture
39
Volkova E.V., Nasibullaeva E.Sh.
Nonlinear Oscillations of a Spherically Symmetric Single Bubble in an Acoustic Field
45
Grimshaw R., Ostrovsky L.A., Topolnikov A.S., Khusnutdinova K.R.
Influence of Internal Wave on the Sound Propagation in the Subsurface Bubble Layer
54
Nasibullaeva E.Sh., Akhatov I.Sh.
Investigation of the applicability domains of the bubble cluster mathematical model
65
Гидродинамические модели неоднородных сред
Akhmetov A.T., Mavletov M.V., Valiev A.A.
Dynamic blocking and dispersions rheology at phase transition
77
Akhmetov A.T., Sobanova O.B., Sametov S.P.
Emulsions generation in void space of the micromodel, their rheological properties
92
Kireev V.N., Solnyshkina O.A., Urmancheev S.F.
Numerical modeling of the dynamics of lymphatic vessels during the tumor growth
108
Malyshev V.L., Moiseeva E.F., Moiseyev K.V.
The effect of the temperature distribution along the perimeter of the boundary on the the flow in the convective Rayleigh–Benard cell
116
Malyshev V.L., Moiseyev K.V., Moiseeva E.F.
Regimes of fluid flow in mixed convection
124
Khabirov S.V., Akhmetov A.T.
Emulsion flow in the transition zone of tube-capillary
133
Khizbullina S.F.
Mathematical modeling of Couette flow in anomalous thermoviscous liquid
143
Методы вычислительной гидродинамики
Itkulova Yu.A.
Three-dimensional numerical simulation of viscous liquid flow in channel of variable cross-section using boundary element method
155
Itkulova Yu.A., Solnyshkina O.A.
Modeling of drop dynamics in unbounded fluid flow using boundary element method in three dimensions
163
Malyshev V.L., Mikhaylenko C.I.., Moiseeva E.F.
Modeling the establishment of a saturated state of argon by molecular dynamics
172
Marin D.F.
Usage of graphics processing units for solving molecular dynamics problems
182
Solnyshkina O.A.
Acceleration of the calculations for solving large problems using the boundary element method for the Stokes equations on GPU.
189
Прикладная механика и смежные задачи
Bogdanov R.M.
Using clusterization principles for the selection of repair sections of main oil pipelines based on diagnostic data
201
Bogdanov R.M., Lukin S.V.
Modeling of main oil pipelines operating duties
211
Bogdanov R.M., Lukin S.V.
Program complex for analysing the stress-strain behavior of a drill string during the constructing of an underwater passage for an oil-trunk pipeline by controlled drilling
219
Bogdanov R.M., Lukin S.V.
Software including the functions of automated analysis of electric power consumption in pipeline oil transportation
233
Denisova E.V., Nasibullaeva E.Sh., Chernikova M.A.
A new approach to the design of adaptive automatic control systems for a short-range gas turbine engine
239
Nasibullaeva E.Sh., Denisova E.V., Nasibullayev I.Sh.
Full-size mathematical model of the fuel metering unit
249
Nasibullayev I.Sh., Nasibullaeva E.Sh.
Influence of various types of frictional force on the movement of the piston in the pipe
257
Khakimov A.G.
Reflection of a bending wave from point mass attached to a rod
266
Yakupov R.G., Zaripov D.M.
Seismic stability of the underground main pipeline
275
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