Fuze Baffle Delay Concept Evaluation

Fuze Baffle Delay Concept Evaluation

The technical feasibility of a baffle delay system for an M505A3 type fuze has been studied. Baffle delay design concepts were screened by means of quasi-dynamic impact simulating experiments. Simplified designs were prepared for 20 mm gun fired tests. Both the quasi-dynamic tests and the gun-fired...

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Hauptverfasser: Zernow, L, Kato, K G
Format: Report
Sprache:eng
Schlagworte:
20-MM AMMUNITION
30-MM AMMUNITION
Ammunition and Explosives
BAFFLES
DYNAMIC TESTS
IMPACT
INCENDIARY PROJECTILES
M-505 FUZES
M-505A3 FUZES
OPTIMIZATION
PE62602
PENETRATION
TIME DELAY FUZES
WUAFATL25600226
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creator Zernow, L
Kato, K G
description The technical feasibility of a baffle delay system for an M505A3 type fuze has been studied. Baffle delay design concepts were screened by means of quasi-dynamic impact simulating experiments. Simplified designs were prepared for 20 mm gun fired tests. Both the quasi-dynamic tests and the gun-fired tests indicate the technical feasibility of the baffle delay fuze concept for 20 to 30 mm ammunition.
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Baffle delay design concepts were screened by means of quasi-dynamic impact simulating experiments. Simplified designs were prepared for 20 mm gun fired tests. 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Baffle delay design concepts were screened by means of quasi-dynamic impact simulating experiments. Simplified designs were prepared for 20 mm gun fired tests. 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source DTIC Technical Reports
subjects 20-MM AMMUNITION
30-MM AMMUNITION
Ammunition and Explosives
BAFFLES
DYNAMIC TESTS
IMPACT
INCENDIARY PROJECTILES
M-505 FUZES
M-505A3 FUZES
OPTIMIZATION
PE62602
PENETRATION
TIME DELAY FUZES
WUAFATL25600226
title Fuze Baffle Delay Concept Evaluation
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