International Journal of Numerical Methods for Heat & Fluid Flow: Volume 16 Issue 4

Numerical simulation of traveling bubble cavitation

Sunil Mathew, Theo G. Keith Theo G. Keith Jr, Efstratios Nikolaidis

The purpose is to present a new approach for studying the phenomenon of traveling bubble cavitation.

Jet entrainment minimization in an air curtain of open refrigerated display case

Homayun K. Navaz, Mazyar Amin, Srinivasan C. Rasipuram, Ramin Faramarzi

To address the effects of velocity profile at the discharge air grille (DAG) on the amount of entrained air into an open refrigerated display case (ORDC).

Combined effect of radiation and natural convection in a rectangular enclosure discreetly heated from one side

A. Bahlaoui, A. Raji, M. Hasnaoui

The aim of this work consists of studying numerically the coupling between natural convection and radiation in a tall rectangular cavity by examining the effect of the emissivity…

Transient buoyant convection in a 45°‐inclined enclosure heated and cooled on adjacent walls

Orhan Aydin, Ahmet Ünal

To conduct a numerical study on two‐dimensional, transient, buoyant flow inside an air‐filled 45°‐inclined enclosure, heated and cooled on adjacent walls.

An advanced impingement/film cooling scheme for gas turbines – numerical study

A. Immarigeon, I. Hassan

The present study aims to conduct a numerical investigation of a novel film cooling scheme combining in‐hole impingement cooling and flow turbulators with traditional downstream…

Effect of aspect ratio on the similarity between developing laminar flows in orthogonally rotating ducts and stationary curved ducts

Gong Hee Lee, Je Hyun Baek

To investigate the effect of aspect ratio on the quantitative analogy between developing laminar flows in orthogonally rotating straight ducts and stationary curved ducts

Numerical simulations of three‐dimensional transitional compressible flows in turbomachinery cascades

P. De Palma

This paper aims to provide a validation of a state‐of‐the‐art methodology for computing three‐dimensional transitional flows in turbomachinery.