The precise flow and heat transfer aspects in an infrared suppression (IRS) device are
challenging because of the complicated flow features. The suction of cold ambient air and …

The consistent and accurate prediction of fluid flow and heat transfer characteristics in an
infrared suppression (IRS) device is challenging due to the complex nature of the flow …

In the present investigation, a numerical computation is carried out on the infrared
suppression (IRS) device to study the combined effect of free convection and surface …

The present study involves the numerical computations of the free convection heat transfer
from an Infrared suppression device with the conical funnels, which is used in the exhaust of …

The present study reports numerical investigation on natural convection heat transfer and
fluid flow from a thick hollow vertical cylinder suspended in air within laminar regime for a …

A numerical study is performed on Infrared Suppression (IRS) system having finite wall
thickness to observe the combined effect of free convection and surface radiation. The main …

Hot walls of the infrared suppression (IRS) device intensify the infrared signature of
warships, which is detrimental for attaining infrared stealth. In this work, to effectively reduce …

Infrared suppression devices (IRS) are crucial for stealth capabilities of modern naval ships
and fighter jets. This study numerically investigates the air entrainment and outlet …

The present work reports numerical investigation of natural convection heat transfer
characteristics for three different types of infrared suppression (IRS) devices (ie, conical …

An experimental study was carried out on a laboratory-scale louvered conical infrared
suppression (IRS) device to predict the air entrainment into it. A comparison has been made …