Highly efficient gas turbines are beneficial for improving the energy structure, reducing
carbon dioxide emissions and protecting the Earth's environment. A highly efficient gas …

Detailed understanding of hot gas path flow and heat transfer characteristics in gas turbine
systems is imperative in order to design cooling strategies to meet the stringent …

The experimental study examines the aerothermal performances of two rotating triple-pass
serpentine channels with the identical smooth inlet pass and downstream ribbed and pin-fin …

The enhancement of heat transfer by the turbulator ribs in cooling channels causes
increases of pressure drop. To achieve high thermal performance, a variety of techniques …

The flow field in a ribbed triangular channel representing the trailing edge internal cooling
passage of a gas turbine high-pressure turbine blade is investigated via magnetic …

Trailing edge of high temperature turbine blades faces challenge of severe thermal
environment due to wedged profile and hence limited cooling spaces. Latticework is a …

The impact of the nanoparticles and ribs on the thermal performance of the rotating U-type
cooling channel are investigated for turbulent forced convection flow of nanofluids. The …

This work evaluates the flow and thermal characteristics of a gas-turbine blade trailing-edge.
The study is carried out using large-eddy simulation (LES) for Reynolds number, R e= 5900 …

Based on the combined analysis of detailed flow field and heat transfer experimental data,
the aero-thermal behaviour of different trailing edge cooling channels is reported. The …

Particle image velocimetry (PIV) and laser-induced fluorescence (LIF) are currently state-of-
the-art, non-intrusive measurement techniques that help in our understanding of heat and …