The efficiency, availability, and reliability of thermal management for various engineering
applications present a crucial challenge facing the designers and engineers. The rapid …

Experimental measurement and numerical simulation were carried out to study the film
cooling and aerodynamic loss performances of turbine vanes with cylindrical, fan-shaped …

The passive sweeping jet fluidic oscillators are a promising potential candidate in heat
transfer applications such as gas turbine cooling, electronic components cooling, and heat …

In this study, the film cooling effectiveness of a turbine vane endwall was quantified using
the pressure-sensitive paint (PSP) technique. With circular holes serving as the baseline, a …

Thermal pollution is commonly the damage to natural ecosystems caused by industrial water
discharge into the environment above ambient temperature. The highly efficiently dissipative …

Numerical simulation was performed to investigate the heat transfer characteristics of
sweeping jet and film cooling along with the representative flow characteristics on a flat …

Compared with steady injection, the unsteady flow control techniques have received more
attention in recent years and are considered to be more hopeful for reducing secondary flow …

This study utilized large eddy simulation (LES) to explore the mitigation effects of endwall
pulsed jet (PJ) and suction-surface sweeping jet actuator (SJA) controls on corner …

This study includes the design, validation, and fabrication via direct metal laser sintering
(DMLS) of a gas turbine nozzle guide vanes (NGV) that incorporates three innovative …

The 3D velocity and scalar concentration fields from a laidback fan-shaped film cooling hole
are measured using Magnetic Resonance Velocimetry (MRV) and Magnetic Resonance …