The article is devoted to the analysis of vortex heat transfer enhancement due to the use of
oval-trench dimples. The main role in the understanding of this process is associated with …

Enhancement of heat transfer in laminar air flow in narrow channels, whose walls are
provided with regularly spaced single-row inclined oval-trench dimples, is associated with …

Numerical study is made of heat transfer enhancement in the narrow channel with insulated
walls in air steady flow around a heated spherical dimple, when its relative depth is varied …

The evolution of scientific direction devoted to vortex heat transfer enhancement on the
energy-efficient surfaces structured by dimples is reviewed. The discovered phenomenon of …

The solution of the Reynolds-averaged Navier-Stokes equations (RANS) remains one of the
effective tools for the numerical modeling of turbulent flows, especially in the field of …

With the use of multiblock computational technologies, the laminar flow and heat exchange
in the modules arranged in a row at regular intervals in a plane-parallel channel, at the …

Numerical and physical simulations of a laminar separation flow over a single spherical
dimple built in the lower wall of the rectangular-section plane-parallel channel of a water …

On the basis of an analysis of the reconstruction of the vortex-jet structure of the completely
developed turbulent flow of an incompressible fluid in a spherical dimple on the wall of a …

There are many passive techniques of heat transfer enhancement ranging from surface (2D)
to volumetric (3D) vortex generators and turbulizing elements, however only a few of them …

Анализируется генезис, состояние и перспективы вихревой интенсификации
теплообмена (ВИТ) лунками. Важная роль в понимании генезиса и эволюции этого ВИТ …