Publication Date |
2018 |
Personal Author |
Cosme, J.; Ranu, J.; Spickert-Fulton, S. |
Page Count |
58 |
Abstract |
This report provides an analysis of the U.S. anti-tank technology during World War II. A ballistic analysis is used to corroborate the battlefield history and gain an understanding of the physical and technological factors that spurred the development of the M1 series 76-mm Gun and family of ammunition.The technical manual (TM) 9-1907 was published 23 September 1944, but it was missing performance data for the 76-mm hyper-velocity, armor-piercing (HVAP) shell and any information for performance of the U.S. anti-tank capabilities against the German Panther tank. Battle history indicates there was a technological capability gap against upgraded Panzer armor. This report attempts to use hand calculations and modeling and simulation (PRODAS) to fill in the information that is missing in TM 9-1907. The analysis offers the reader a greater engineering comprehension of the challenges faced between June 1944 and May 1945 and the circumstances necessitating the rapid fielding of the 76-mm HVAP shell after German capability upgrades were encountered in the European Theater of Operations from Normandy to the Battle of the Bulge (June to December 1944). |
Keywords |
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Source Agency |
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NTIS Subject Category |
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Corporate Authors |
Picatinny Arsenal, Dover, NJ. |
Document Type |
Technical Report |
Title Note |
Technical Report,01 Jan 1939,31 Dec 1945 |
NTIS Issue Number |
201810 |