DocumentCode
1244475
Title
Electromagnetic (EM) weapon system integration into combat vehicles
Author
Goodell, B.D. ; Perry, J.S. ; Atkinson, M.V. ; Goldman, E.B. ; DeWitt, J.T. ; Mohler, T. ; Kitzmiller, J.
Author_Institution
Armament Syst. Div., United Defense L.P., Minneapolis, MN, USA
Volume
31
Issue
1
fYear
1995
Firstpage
534
Lastpage
539
Abstract
Weapon system effectiveness analysis (WSEA) was conducted to create a map of the operational window for a cannon caliber type EM gun. For a 0.9 probability of hit, with a 0.5 mm round-to-round dispersion, the number of rounds per engagement is determined as a function of range for a variety of mission scenarios. This information was then used to generate functional maps for prime power and thermal management for the EM weapon system. A point design was selected to investigate integration issues into combat vehicles. Using the advanced amphibious assault vehicle (AAAV) as a baseline, more detailed analysis was performed to assess integration of EM weapon systems into combat vehicles. Both electrical and mechanical drive configurations were considered. The analysis considered thermal losses and determined incremental size increases to existing vehicle cooling systems, while staying within vehicle prime power constraints for land mobility. Viable engineering concepts have been created that show the feasibility of EM weapon system integration into combat vehicles.<>
Keywords
cooling; design engineering; electromagnetic launchers; heat losses; military equipment; thermal analysis; weapons; EM gun; EM weapon system; advanced amphibious assault vehicle; combat vehicles; electrical drive; functional maps; mechanical drive; mission scenarios; point design; prime power; size; thermal losses; thermal management; vehicle cooling systems; weapon system effectiveness analysis; Cooling; Energy management; Intelligent vehicles; Land vehicles; Marine vehicles; Performance analysis; Power generation; Power system management; Thermal management; Weapons;
fLanguage
English
Journal_Title
Magnetics, IEEE Transactions on
Publisher
ieee
ISSN
0018-9464
Type
jour
DOI
10.1109/20.364637
Filename
364637
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