The continuing rise in turbine entry temperatures has necessitated the development of ever-
more advanced cooling techniques. Effusion cooling is an example of such a system and is …

Effusion cooling is often regarded as one of the critical techniques to protect solid surfaces
from exposure to extremely hot environments, such as inside a combustion chamber where …

A LES-informed data-driven approach for improved predictions of the turbulent heat flux
vector has been sought for film and effusion cooling flow applications. Random forest and …

Effusion cooling is the state-of-the-art cooling technology for gas turbine hot-gas path
components. Typically, effusion cooling holes across the entire combustor liner are aligned …

Film and effusion cooling flows contain complex flow that classical Reynolds-averaged
Navier–Stokes (RANS) models struggle to capture. A tensor-basis neural network is …

Effusion cooling has been extensively employed in the liner thermal protection of modern
combustors, however, its performance in swirling flow fields remains to be thoroughly …

Film cooling is used in a wide variety of engineering applications for protection of surfaces
from hot or combusting gases. The design of more efficient film cooling geometries …

The design of modern gas turbines cooling systems cannot be separated from the use of
computational fluid dynamics (CFD) and the accurate estimation of the effect of film cooling …

Effusion cooling technique is an advanced concept for reducing the wall temperature in
combustion chamber liners and gas turbine blades by injecting cross flow secondary fluid …

The present study experimentally evaluates the adiabatic film cooling effectiveness of a
gaseous transpiration cooling concept based on a family of nature-inspired triply periodic …