Large-scale computational analyses have been conducted and results compared with
experiments to understand coolant jet and crossflow interaction in discrete-jet film cooling …

The realizable k-ε, standard k-ω, and RSM turbulence models were used to simulate flat
plate film cooling experiments that are commonly described in literature. Adiabatic …

In this paper, numerical simulation of motion and dispersion of pollutant emissions into the
atmosphere under real atmospheric conditions were considered. To solve this problem, a …

Direct Numerical Simulation (DNS) of a pulsed film-cooling jet is presented to examine if
pulsations of the coolant jet can enhance film-cooling effectiveness. Calculations are …

A three-dimensional Navier-Stokes code has been used to study the effect of coolant
temperature, and coolant to mainstream mass flow ratio on the adiabatic effectiveness of a …

This paper reports a numerical modeling and simulation studies of film cooling from stream-
wise injection holes with various small hole length to diameter ratios, using a standard k-ɛ …

An existing three-dimensional Navier–Stokes code (Arnone et al., 1991), modified to include
film cooling considerations (Garg and Gaugler, 1994), has been used to study the effect of …

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 …

In this article, the results obtained from a detailed numerical investigation of 2D film cooling
over a flat plate through single-slot injection are presented. The effects of mainstream …

To achieve a high film cooling effectiveness in gas turbine blades, most investigations are
concentrated on the effects of the holes shape, jet angle, blowing ratio, jets arrangement …