Title :
Effects of environment and aging upon missile reliability
Author :
Theunissen, Daniel J. ; Holbrook, R. Owen
Author_Institution :
Delex Syst. Inc., Alexandria, VA, USA
Abstract :
Storage test data collected over 15 years of the United States Navy Harpoon anti-ship missile program provides experiential data to compare to theoretical models. The Harpoon missile shows an increasing storage MTBF with an increasing missile population age. Electronic subassemblies show storage MTBF growth with time. Mechanical subassemblies have higher storage MTBFs, but show little or no growth. Air-launched, ship-launched, and submarine-launched variants of the Harpoon missile are exposed to different environments which causes variations in the resulting storage reliabilities. The effects upon storage reliability apparently are not related to temperature and humidity so much as they are related to vibration and physical shock
Keywords :
ageing; environmental factors; failure analysis; military avionics; missiles; reliability; United States Navy Harpoon anti-ship missile program; aging effects; electronic subassemblies; environment effects; humidity; missile population age; missile reliability; physical shock; storage MTBF; storage MTBF growth; storage reliabilities; temperature; vibration; Aging; Assembly; Built-in self-test; Electric shock; Fuels; Humidity; Maintenance; Missiles; Protection; Radar; Temperature; Testing; Underwater vehicles; Vibrations;
Conference_Titel :
Reliability and Maintainability Symposium, 1998. Proceedings., Annual
Conference_Location :
Anaheim, CA
Print_ISBN :
0-7803-4362-X
DOI :
10.1109/RAMS.1998.653798