Numerical analysis of the influence of the physical viscosity on the vortex heat transfer in laminar and turbulent flows around a heated plate with a shallow spherical …
SA Isaev, SZ Sapozhnikov, VY Mityakov… - Journal of Engineering …, 2009 - Springer
SA Isaev, SZ Sapozhnikov, VY Mityakov, AV Mityakov, SA Mozhaiskii, AE Usachov
Journal of Engineering Physics and Thermophysics, 2009•SpringerThe influence of the Reynolds number on the patterns of separation laminar and turbulent
flows around a plane plate with a shallow hole as well as on the thermal-hydraulic
characteristics of this plate was analyzed on the basis of the solution of the differential mass-
and energy-conservation equations, the Navier–Stokes equations, and the Reynolds
equations closed with the use of the shear-stress transfer model by the factorized finite-
volume method.
flows around a plane plate with a shallow hole as well as on the thermal-hydraulic
characteristics of this plate was analyzed on the basis of the solution of the differential mass-
and energy-conservation equations, the Navier–Stokes equations, and the Reynolds
equations closed with the use of the shear-stress transfer model by the factorized finite-
volume method.
The influence of the Reynolds number on the patterns of separation laminar and turbulent flows around a plane plate with a shallow hole as well as on the thermal-hydraulic characteristics of this plate was analyzed on the basis of the solution of the differential mass- and energy-conservation equations, the Navier–Stokes equations, and the Reynolds equations closed with the use of the shear-stress transfer model by the factorized finite-volume method.
Springer
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