The experimental investigations of the effect of contact time/temperature on initiating the cook-off using 7.62 mm calibre cartridge cases (CC) were conducted previously. These cartridges were filled with commercial off-the-shelf (COTS) double based (DB) propellant (Bulls Eye) and were loaded in a hot chamber. The thermal explosion temperature is of great significance to both weapon designers and safety inspectors as it provides the operational limit and safe operating temperature. For CC under test, it was found that the cook-off temperatures of this propellant were encountered with the heat transfer profile of the simulated gun barrel between 151.4 °C and 153.4 °C, with a reaction occurring in less than 300 s after the round was chambered...
The results of numerical simulations of transient heat transfer in the barrel wall of a 35 mm calibe...
<p>(a) Measured temperature of the fluid inside the reaction pouch of a cartridge attached to the he...
A gun barrels performance can only be considered satisfactory provided there is sufficient heat-diss...
AbstractThe experimental investigations of the effect of contact time/temperature on initiating the ...
Combustible cartridge case (CCC) offers specific advantages over the conventional metallic (brass) ...
Accurate determination of burning characteristics of the propellant and thermo-mechanical loads acti...
Thermal analysis of 155 Gun barrel is an important aspect of designing the gun barrel and deciding t...
The response characteristics of the warhead under thermal stimuli conditions are important to the sa...
A phenomenon that is present in almost every shot is highlighted. It manifests itself in the muzzle ...
A phenomenon that is present in almost every shot is highlighted. It manifests itself in the muzzle ...
We have conducted a series of experiments to investigate the process of thermal ignition of energeti...
The need to determine the small arms weapon system barrel temperature under a variety of conditions ...
In order to evaluate the IMness, sub-scale slow cook-off (SCO) tests were conducted for GAP/AP prope...
Thermo-kinetic oscillations are among the most fascinating chemical oscillation reactions known in a...
Slow cookoff of solid propellant was experimentally studied at the University of Illinois by examini...
The results of numerical simulations of transient heat transfer in the barrel wall of a 35 mm calibe...
<p>(a) Measured temperature of the fluid inside the reaction pouch of a cartridge attached to the he...
A gun barrels performance can only be considered satisfactory provided there is sufficient heat-diss...
AbstractThe experimental investigations of the effect of contact time/temperature on initiating the ...
Combustible cartridge case (CCC) offers specific advantages over the conventional metallic (brass) ...
Accurate determination of burning characteristics of the propellant and thermo-mechanical loads acti...
Thermal analysis of 155 Gun barrel is an important aspect of designing the gun barrel and deciding t...
The response characteristics of the warhead under thermal stimuli conditions are important to the sa...
A phenomenon that is present in almost every shot is highlighted. It manifests itself in the muzzle ...
A phenomenon that is present in almost every shot is highlighted. It manifests itself in the muzzle ...
We have conducted a series of experiments to investigate the process of thermal ignition of energeti...
The need to determine the small arms weapon system barrel temperature under a variety of conditions ...
In order to evaluate the IMness, sub-scale slow cook-off (SCO) tests were conducted for GAP/AP prope...
Thermo-kinetic oscillations are among the most fascinating chemical oscillation reactions known in a...
Slow cookoff of solid propellant was experimentally studied at the University of Illinois by examini...
The results of numerical simulations of transient heat transfer in the barrel wall of a 35 mm calibe...
<p>(a) Measured temperature of the fluid inside the reaction pouch of a cartridge attached to the he...
A gun barrels performance can only be considered satisfactory provided there is sufficient heat-diss...