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Local transition to turbulence behind an obstacle for a nominally laminar flow
Mazo A., Okhotnikov D.
© 2016, Pleiades Publishing, Ltd.The mechanisms of transition to turbulence in the middle wake
Methodical Framework for Evaluating the Level of the Carrying Capacity of Transport Systems in View of the Irregularity of Cargo Flows
© 2018 The Author(s). The directions of transit freight flows are characterised by a high level
Local transition to turbulence behind an obstacle for a nominally laminar flow
Mazo A., Okhotnikov D.
© 2016, Pleiades Publishing, Ltd.The mechanisms of transition to turbulence in the middle wake
Investigation of the effects of main geometric parameters and flow characteristics on secondary flow losses in a turbine cascade
Mesbah M., Gribin V.G., Souri K.
This paper presents numerical simulation results of a three-dimensional (3D) transitional flow in a
Distinctive features of vortical structures generation in separated channel flow behind a rib under transition to turbulence
Molochnikov V., Mazo A., Malyukov A., Kalinin E., Mikheev N., Dushina O., Paereliy A.
separated channel flow behind a semi-cylindrical spanwise rib in laminar and transitional to turbulence flow
Distinctive features of vortical structures generation in separated channel flow behind a rib under transition to turbulence
Molochnikov V., Mazo A., Malyukov A., Kalinin E., Mikheev N., Dushina O., Paereliy A.
separated channel flow behind a semi-cylindrical spanwise rib in laminar and transitional to turbulence flow
Influence of international transport and logistics systems on economic development of the region
Panasyuk M., Gafurov I., Novenkova A.
network consisting of units that are integrated with material and related flows in order to maximize
Influence of forced flow pulsations on heat transfer behind a rib in a channel in transitional flow regimes
Molochnikov V., Mazo A., Okhotnikov D., Kalinin E., Malyukov A.
© 2018 Institute of Physics Publishing. All rights reserved. Direct numerical simulation of flow
On laminar-turbulent transition in nanofluid flows
Rudyak, V. Ya., Minakov, A. V., Guzey, D. V., Zhigarev, V. A., Pryazhnikov, M. I.
The paper presents experimental data on the laminar-turbulent transition in the nanofluid flow
Toward a theory of turbulence
Rott, L. A.
Criteria are established for the transition of laminar flow into turbulent as a consequence

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