Heat transfer continues to be a field of major interest to engineering and scientific
researchers, as well as designers, developers, and manufacturers. Considerable effort has …

Accurate modeling of thermal power plant is very useful as well as difficult. Conventional
simulation programs based on heat and mass balances represent plant processes with …

The turbine inlet temperature keeps increasing as high-efficient gas turbines have been
developed for the last decades. The increase of turbine inlet temperature makes the turbine …

The paper experimentally studies the effects of periodic unsteady wake flow on boundary
layer development, separation and reattachment along the suction surface of a low pressure …

The paper numerically and experimentally investigates the behavior of the boundary layer
development and heat transfer along the suction and pressure surfaces of a highly loaded …

The current article introduces a physics-based revolutionary technology that enables energy
efficiency and environmental compatibility goals of future generation aircraft and power …

The present study, which is the first of a series of investigations dealing with specific issues
of low pressure turbine (LPT) boundary layer aerodynamics, is aimed at providing detailed …

Improved computational fluid dynamics tools based on Reynolds-averaged Navier–Stokes
(RANS) equations have shown that the behavior of simple flow cases can be predicted with …

The paper experimentally studies the effects of periodic unsteady wake flow and Reynolds
number on boundary layer development, separation, reattachment, and the intermittency …

This paper experimentally and numerically investigates heat transfer characteristics of a low-
pressure turbine blade under steady/unsteady flow conditions. Generally, the low-pressure …