The ever-increasing demand for effective heat dissipation and temperature control in
industrial and everyday applications highlights a critical research problem. The need for …

Considering the strong turbulence effect and inevitable environmental pulsation in a
practical film cooling process, this work exhibits both time-averaged and transient …

This study proposed the concept of coupled convective and radiative heat transfer
enhancement to improve the internal cooling near turbine blade's trailing edge. An original …

The mid-chord region of turbine blades typically employs internal cooling channels to
enhance heat transfer. However, traditional internal cooling channels are mostly designed in …

In advanced turbine blade internal cooling channels, the majority of the remaining coolant
converges into the trailing edge and constitutes a confluent flow before the slot entrance …

In the scientific domain of cooling techniques research utilizing pin-fins, a number of studies
have concentrated on the configurations of pin-fins. However, recent investigations have …

To enhance the thermo-hydraulic performance of cooling channels, this investigation
examines the influence of distinct cross-sectional shapes (ie, triangular, rectangular, and …

The incentive to enhance cooling efficacy of a gas turbine blade fosters a mixing strategy,
achieved by internal effusive jets between im**ement and pin-fin passages, to reduce …

Thermal energy storage systems, heat exchangers, and electronic devices often encounter
significant challenges, such as inadequate heat transport and excessive overheating. To …

Pin-fin cooling has long been a crucial technique employed in gas turbine blades to manage
the extreme thermal conditions experienced during operation. While numerous studies have …