The first edition of the book “Pressure and Temperature Sensitive Paints” published by
Springer in 2005 summarizes the early development of pressure-and temperature-sensitive …

By a series of time-resolved experiments and large eddy simulations, the present work
exhibits the transient behaviors and unsteady characteristics of film cooling with different …

Modern gas turbines use combined internal and external cooling methods to achieve higher
cooling effectiveness. The internal cooling methods, like internal serpentine channel cooling …

The effects of internal crossflow-fed-shaped holes on the unsteady behavior of the adiabatic
film cooling effectiveness were extensively investigated using high-resolution fast-response …

Gas turbine as a vital component requires higher inlet temperature to improve its thermal
efficiency, and thus a thin coolant film spreads over the blade surface to isolate it from hot …

In this contribution, the effect of hole-inlet velocity ratio (VR in) on adiabatic film cooling
effectiveness behind crossflow-fed shaped holes is quantified using fast-response pressure …

By means of a time-resolved infrared thermal imaging system, the effect of transverse trench
on the film cooling performances of a fan-shaped film-hole at typical concave and convex …

The flow structures and unsteady behaviors of a flat plate film cooling flow behind a single
row of circular holes fed by internal crossflow were extensively investigated. The …

The temperature-sensitive paint (TSP), one of the temperature measurement techniques, is
useful to evaluate temperature from a cryogenic temperature to a high temperature over …

The heat transfer and flow characteristics of double-wall turbine blade components with
integrated impingement/effusion and impingement/pin/effusion cooling configurations are …