In the current design work, turbine performance requirements are getting higher and higher,
and turbine blade design needs multiple rounds of iterative optimization. Three-dimensional …

Adiabatic effectiveness (η) is the most important parameter for evaluating film cooling
capacity. For turbine blades, it is usually based on the scaling criteria to achieve the …

Large eddy simulation (LES) is carried out to predict the thermal performance, unsteady flow
patterns, and turbulence characteristics of the fan-shaped hole and the cylindrical hole …

The film cooling of cylindrical holes embedded in transverse trenches under superposition
has shown promise for protecting the critical components of a high-pressure turbine from …

Film-cooling effectiveness (η) evaluation test of aero-engine turbine blades is usually
conducted in a low or medium temperature environment. Through the scaling criteria, it can …

Film cooling technology is significant for aero-turbines development. However, uncertainty
on operating and manufacturing conditions would put the high-pressure turbines at the risk …

Effusion cooling was one of the most important external cooling technologies for airfoils in
gas turbines and aeroengines. Due to the complicated flow field of effusion cooling …

Thermal protection is an essential technology for gas turbine hot components to cope with
the unprecedented thermal loads, and to ensure their enduring and efficient operation. A 3D …

In advanced aero-engines, the pursuit of higher propulsive efficiency and power output
creates an imbalance in the supply and demand of cooling air. In response, this study …

This study introduces a novel algorithm that combines deep learning with active subspace
method to address the challenge of quantitatively analyzing the effects of various …