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Mathematical Models for Engineering Analysis and Design of Howitzer, Light, Towed; 105mm Soft Recoil, XM204.

ADA130454

Publication Date	1973
Personal Author	Nerdahl, M. C.; Frantz, J. W.
Page Count	104
Abstract	Mathematical models used in design of the XM204 soft recoil Howitzer (advanced and engineering development prototypes) are described. The physical basis for the mathematical representation is presented along with the derivation of the required equations. While these models have been generalized to allow their use in other weapon design situations, some modification will be necessary to include features not specifically considered. Systems of equations which will provide for the definition of required control functions as well as the prediction of recoil mechanism functioning and weapon motions are summarized.
Keywords	Computer aided design Recoil mechanisms Howitzers Mathematical models Motion Dynamic loads Control systems Parametric analysis Equations of motion Rigidity Functions(Mathematics) Fluid flow Hydraulic equipment Buffers Impulse loading Dynamic response Prototypes Lightweight Towed bodies Pistons Soft recoil mechanisms Counterrecoil mechanisms M-204 howitzers XM-204 howitzers 105-mm howitzers
Source Agency	Non Paid ADAS
NTIS Subject Category	79G - Guns 41A - Computer Aided Design, CAD 94G - Manufacturing Processes & Materials Handling
Corporate Authors	Rock Island Arsenal, IL. Artillery and Armored Weapons Systems Directorate.
Document Type	Technical Report
Title Note	Summary rept. Jun 72-May 73.
NTIS Issue Number	198322

Mathematical Models for Engineering Analysis and Design of Howitzer, Light, Towed; 105mm Soft Recoil, XM204.

Mathematical Models for Engineering Analysis and Design of Howitzer, Light, Towed; 105mm Soft Recoil, XM204.
ADA130454

Publication Date	1973
Personal Author	Nerdahl, M. C.; Frantz, J. W.
Page Count	104
Abstract	Mathematical models used in design of the XM204 soft recoil Howitzer (advanced and engineering development prototypes) are described. The physical basis for the mathematical representation is presented along with the derivation of the required equations. While these models have been generalized to allow their use in other weapon design situations, some modification will be necessary to include features not specifically considered. Systems of equations which will provide for the definition of required control functions as well as the prediction of recoil mechanism functioning and weapon motions are summarized.
Keywords	Computer aided design Recoil mechanisms Howitzers Mathematical models Motion Dynamic loads Control systems Parametric analysis Equations of motion Rigidity Functions(Mathematics) Fluid flow Hydraulic equipment Buffers Impulse loading Dynamic response Prototypes Lightweight Towed bodies Pistons Soft recoil mechanisms Counterrecoil mechanisms M-204 howitzers XM-204 howitzers 105-mm howitzers
Source Agency	Non Paid ADAS
NTIS Subject Category	79G - Guns 41A - Computer Aided Design, CAD 94G - Manufacturing Processes & Materials Handling
Corporate Authors	Rock Island Arsenal, IL. Artillery and Armored Weapons Systems Directorate.
Document Type	Technical Report
Title Note	Summary rept. Jun 72-May 73.
NTIS Issue Number	198322