Accession Number : ADA259341
Title : Performance of Reinforced Polymer Ablators Exposed to a Solid Rocket Motor Exhaust
Descriptive Note : Technical rept.
Corporate Author : NAVAL SURFACE WARFARE CENTER DAHLGREN DIV VA
Personal Author(s) : Boyer, C ; Burgess, T ; Bowen, J ; Deloach, K ; Talmy, I
Report Date : Oct 1992
Pagination or Media Count : 96
Abstract : Summarized in this report is the effort by the Naval Surface Warfare Center Dahlgren Division NSWCDD) and FMC Corporation (a launcher manufacturer) to identify new high performance ablators suitable for use on Navy guided missile launchers (GML) and ships' structures. The goal is to reduce ablator erosion by 25 to 50 percent compared to that of the existing ablators such as MXBE350 (rubbermodified phenolic containing glass fiber reinforcement). This reduction in erosion would significantly increase the number of new missiles with higher-thrust, longer burn rocket motors that can be launched prior to ablator refurbishment. In fact, there are a number of new Navy missiles being considered for development and introduction into existing GML: e.g., the Antisatellite Missile (ASM) and the Theater High-Altitude Area Defense (THAAD) Missile. The U.S. Navy experimentally evaluated the eight best fiber-reinforced, polymer composites from a possible field of 25 off-the-shelf ablators previously screened by FMC Corporation. They were tested by the Navy in highly aluminized solid rocket motor exhaust plumes to determine their ability to resist erosion and to insulate.... Ablator, Guided Missile Launchers, Erosion, Tactical missiles, Convective heating, Solid rocket motors, Aluminum oxide particles.
Descriptors : *GUIDED MISSILE LAUNCHERS , *POLYMERS , *SOLIDS , *EXHAUST PLUMES , *ROCKET ENGINES , *FIBER REINFORCEMENT , GUIDED MISSILES , FIBERS , WARFARE , SHIPS , THEATER LEVEL OPERATIONS , PERFORMANCE(ENGINEERING) , COMPOSITE MATERIALS , NAVY , STRUCTURES , OFF THE SHELF EQUIPMENT , GLASS , REDUCTION , SURFACES , EROSION , PARTICLES , OXIDES , ALUMINUM OXIDES , ALUMINUM , HEATING , GLASS FIBERS , HIGH ALTITUDE , PLUMES , LAUNCHERS , CONVECTION(HEAT TRANSFER) , NUMBERS , ALTITUDE , AREA DEFENSE , MOTORS , THRUST , ROCKETS , HEAT RESISTANT MATERIALS , ABLATIVE MATERIALS , PHENOLIC PLASTICS , ANTISATELLITE MISSILES
Subject Categories : Polymer Chemistry
Laminates and Composite Materials
Guided Missile Launching and Basing Support
Combustion and Ignition
Distribution Statement : APPROVED FOR PUBLIC RELEASE