Relatively few studies have examined the effects of pulsating unsteadiness in turbine
cooling blades. This unsteadiness can be a result of compressor blades and vane …

Accurate prediction of film cooling flow is a necessity in the design of high-pressure turbine
components given the temperature of hot gas exceeds the melting point of the component …

Described in this paper is a numerical investigation on the concept for enhancing the film
cooling performance by placing divided steps upstream the film cooling hole. Five different …

This paper presents an experimental investigation on a new configuration of film cooling
hole, namely the near surface streamwise diffusion (NSSD) hole. A discrete streamwise …

In the present paper, a numerical investigation is conducted on film cooling performance
from novel sister-shaped single-hole schemes. Based on the sister hole film cooling …

Shape optimization of a laterally diffused hole has been performed to enhance the film
cooling effectiveness under rotating conditions. The blade rotates at three different speeds of …

Film cooling is essential for protecting substrate materials from the hot gases in
turbomachines. Recent experiments have explored the effects of compound angles for the 7 …

A numerical investigation of the film cooling performance from novel sister shaped single-
holes (SSSH) is presented in this paper and the obtained results are compared with a single …

This work presents an innovative design method to obtain valves without moving parts that
can be built using additive manufacturing and applied to gas turbines. Additive …

In this study, a numerical study was performed to elucidate the influence of triangular with
concave edge shaped (TCES) ramp on film cooling effectiveness (FCE) and flow …