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The recoil mechanisms of large artillery guns would benefit if designed well to allow their quickest return to the firing position without oscillation. A 1250 kg artillery gun is capable of firing 50 kg muzzles at a velocity of 250 km/h. The recoil mechanism is itself 52 kg in weight. The recoil system is to be designed in such a way that it can return to within 50 mm of its firing position 0.1 s after its maximum recoil. Determine (a) the stiffness of the recoil mechanism, (b) the damping coefficient of the recoil mechanism, and (c) the maximum recoil

The recoil mechanisms of large artillery guns would benefit if designed well to allow their quickest return to the firing position without oscillation. A 1250 kg artillery gun is capable of firing 50 kg muzzles at a velocity of 250 km/h. The recoil mechanism is itself 52 kg in weight. The recoil system is to be designed in such a way that it can return to within 50 mm of its firing position 0.1 s after its maximum recoil. Determine (a) the stiffness of the recoil mechanism, (b) the damping coefficient of the recoil mechanism, and (c) the maximum recoil

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Your task is to determine: (a) the stiffness of the recoil mechanism (b) the damping coefficient of the recoil mechanism (c) the maximum recoil of the firearm
Transcribed Image Text:Your task is to determine: (a) the stiffness of the recoil mechanism (b) the damping coefficient of the recoil mechanism (c) the maximum recoil of the firearm
The recoil mechanisms of large artillery guns would benefit if designed well to allow their quickest return to the firing position without oscillation. A 1250 kg artillery gun is capable of firing 50 kg muzzles at a velocity of 250 km/h. The recoil mechanism is itself 52 kg in weight. The recoil system is to be designed in such a way that it can return to within 50 mm of its firing position 0.1 s after its maximum recoil. Determine (a) the stiffness of the recoil mechanism, (b) the damping coefficient of the recoil mechanism, and (c) the maximum recoil
Transcribed Image Text:The recoil mechanisms of large artillery guns would benefit if designed well to allow their quickest return to the firing position without oscillation. A 1250 kg artillery gun is capable of firing 50 kg muzzles at a velocity of 250 km/h. The recoil mechanism is itself 52 kg in weight. The recoil system is to be designed in such a way that it can return to within 50 mm of its firing position 0.1 s after its maximum recoil. Determine (a) the stiffness of the recoil mechanism, (b) the damping coefficient of the recoil mechanism, and (c) the maximum recoil
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