Detailed film-cooling effectiveness distributions are obtained on a flat plate using the
pressure sensitive paint (PSP) technique. The applicability of the PSP technique is …

The demand of improved thermal efficiency and high power output of modern gas turbine
engines leads to extremely high turbine inlet temperatures and pressure ratios …

This paper presents a numerical prediction of a new 3D film cooling hole geometry, the
converging slot-hole or console. The console geometry is designed in order to improve the …

This paper investigates effects of geometrical and coolant flow parameters for a three-row
compound angle hole design over a flat plate. These included β=+ 45° and− 45°, in-line and …

A comprehensive set of generic experiments is conducted to investigate the interaction of
film cooling rows. Five different film cooling configurations are considered on a large-scale …

The present review is intended to encompass the English language heat transfer papers
published in 1999. The papers have been placed into a number of subject categories. While …

This study was carried out to extend database knowledge about the function of film cooling
holes at the end of combustor and the inlet of turbine. Using the well-known Brayton cycle …

The turbulent flow field of a film cooling flow is investigated using the particle-image
velocimetry technique. Cooling jets are injected from a multirow hole configuration into a …

THE jet-into-crossflow problem has been under investigation for more than six decades [1].
This problem appears in many applications, such as boundary-layer control (using …

FOR reentry or hypersonic cruise vehicles the knowledge of the thermal loads and skin
friction is of great importance for the design of the thermal protection system (TPS). For …