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 thermo-fluid characteristics of an IRS (infrared suppression) system with louvered
cylindrical diathermic funnels considering surface radiation are investigated in the present …

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 …

The major purpose of the diffuser in the IRS device is to reduce fluid velocity and restore
hydrostatic pressure. In order to further optimize the diffuser structure to improve the infrared …

The present research looks at the flow and heat transfer behavior of an infrared suppression
(IRS) device with louvered tubes while incorporating surface radiation. As the cold ambient …

The flow through an infrared-suppression (IRS) device, installed on a warship, is often
subject to various thermal regimes, including forced, natural, and mixed convection. When …

The present study involves the thermodynamic performance and entropy production
analysis of an infrared suppression (IRS) system. The IRS device is usually used in ocean …

The current research looks at the thermodynamic performance analysis of an infrared
suppression (IRS) system for warships, battleships, and ocean liners. ansys fluent 15.0 is …

Naval ships, as well as commercial ships, are exposed to more risks than before with the
development of IR-guided threats. IR Suppress System (IRSS) is used to reduce or eliminate …

The accurate computation to predict the heat transfer and flow characteristics in an IRS
system is challenging because of the complex designs of thermo-fluid dynamics, such as the …