Accession Number : ADA315885
Title : Evaluation of Underwater Explosive Performance of PBXW-115 (AUST).
Descriptive Note : Technical rept.,
Corporate Author : DEFENCE SCIENCE AND TECHNOLOGY ORGANIZATION CANBERRA (AUSTRALIA)
Personal Author(s) : Bocksteiner, G.
PDF Url : ADA315885
Report Date : FEB 1996
Pagination or Media Count : 46
Abstract : An investigation has been carried out on the underwater explosive performance properties of Australian-made PBXW-115, a polymer bonded explosive (PBX) made from AP / bimodal RDX / Al in a plasticised polyurethane binder. The following underwater performance parameters of 25 kg PBX-115 charges, detonated by a central core of pentolite, have been measured: peak pressure, time constant, shock impulse, energy flux density, shock wave energy, relative bubble energy and the similitude constants have been evaluated. The shock wave energy (Esw) of PBXW-115 (Aust) is 1.85 and its bubble energy (ERB) is 2.25, relative to the accepted standard, pentolite (values 1.00), for each parameter); these values compare to those from Composition H-6 (Esw 1.18, ERB 1.54) probably the most commonly used and best known underwater explosive amongst the current inventories of the navies of the world. These data suggest that PBXW-115 should be a superior fill for use in underwater blast weapons.
Descriptors : *UNDERWATER EXPLOSIONS, PEAK VALUES, CORES, PERFORMANCE(ENGINEERING), PARAMETERS, POLYMERS, SHOCK WAVES, ENERGY, EXPLOSIVES, TIME, PULSES, SHOCK, CONSTANTS, BUBBLES, PRESSURE, INVENTORY, BINDERS, POLYURETHANE RESINS, DUAL MODE, BLAST, RDX, PLASTIC BONDED EXPLOSIVES, UNDERWATER, ANALOGIES, FLUX DENSITY, UNDERWATER ORDNANCE, PENTOLITE.
Subject Categories : Explosions
Distribution Statement : APPROVED FOR PUBLIC RELEASE