Previous works that investigated the characteristics of heat transfer and fluid flow in
channels with corrugated walls have been extensively reviewed in this study. In accordance …

Nowadays, a large part of energy is provided by steam turbines; thus, increasing the
efficiency and improving the steam turbines performance are of special importance. The …

The present work reports a conjugate heat transfer analysis of a turbine blade exposed to
high-temperature compressible gas flow and the convection cooling inside the blade. A …

An enormous amount of the world's electricity is produced by steam power plants. The
existence of a liquid phase in the steam turbine results in an efficiency drop and mechanical …

A great amount of thermodynamic losses and mechanical damages in industrial equipment
occur due to the condensation phenomenon and two-phase flows in such equipment. In this …

Corrugated surfaces are an efficient design feature found in many applications in industrial
and engineering fields, such as electronic device cooling systems, used to improve heat …

Gas turbine engines play a crucial role in numerous industrial domains, including power
generation, aviation, and marine propulsion. One of the major challenges in designing gas …

The pre-swirl system is essential for delivering cooling air to turbine blades within aviation
engines. To explore the impact of the inner seal on the pre-swirl system, a high pressure …

Mainstream oscillation is inevitable in the practical gas turbine running environment. To
study the effects of different oscillation configurations on instantaneous film cooling …

Using steel slag to prepare high-temperature (> 500° C) PCMs was an effective way to
achieve its high value-added utilization as a potential heat storage medium in a variety of …