Abstract: Increasingly harsh turbine environments necessitate the design of more advanced cooling techniques as well as the prediction of those cooling schemes' performance at engine conditions. For several decades, film cooling ...

Abstract: Increasingly harsh turbine environments necessitate the design of more advanced cooling techniques as well as the prediction of those cooling schemes' performance at engine conditions. For several decades, film cooling ...

Abstract: Abstract. The impact of surface roughness on gas turbine heat transfer has been of interest for many years, but relatively little attention has been paid to the effects of in-hole roughness. Even then, most efforts have ...

Abstract: To predict the performance of turbine materials at engine conditions, experiments are often performed at low-temperature laboratory conditions. In order to ensure the low-temperature, laboratory results accurately predict ...