A Coupled Thermochemistry-Interior Ballistic Model and...

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A Coupled Thermochemistry-Interior...

A Coupled Thermochemistry-Interior Ballistic Model and Application to Electrothermal-Chemical (ETC) Guns

Wren Gloria P., Oberle William F.

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Document in pdf-format. – 36 p.Theoretical modeling of the interior ballistic processes in an electrothermal chemical gun.

श्रेणियाँ:

Technique - Military equipment: Weapon

भाषा:

english

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PDF, 1.08 MB

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english0

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Erengil Mehmet (Ed.) — 10-th U.S. Army gun dynamics symposium. Proceedings

Kathe Eric L. (Ed.) — Proceedings of the ninth U.S. army symposium on gun dynamics

Leciejewski Z.K. — Experimental study of possibilities for employment of linear form of burning rate law to characterise the burning process of fine-grained propellants

Rashad Mahmoud, Zhang Xiaobing, Elsadek Hazem. — Interior ballistic two-phase flow model of guided-projectile gun system utilizing stick propellant charge

Vinti J.P., Kravitz S. — Tables for the Pidduck-Kents special solution for the motion of the powder gas in a gun

— STANAG 4367 - Thermodynamic interior ballistic model with global parameters. Edition 2

Kmczynski D.L., Stobic I.C. — The Effects of obturators on gun tube wear

Oberle W.F. — Constant pressure interior ballistics code CONPRESS: theory and user's manual

Anderson. R., Fickie. K. — Interior ballistics of high velocity gun, version 2 (IBHVG2). A user's guide

Zook J.A., Konrad F., Silsby G.F. — Terminal ballistics test and analysis guidelines for the penetration mechanics branch

Compendium - U.S. — Armed Forces gun propellants / Пороха, используемые в Вооруженных силах США

— Energetic Materials - Analysis, Diagnostics and Testing

Conroy P.J., Weinacht P., Nusca M.J., Rice K. — Extended-range 5-in navy gun: theoretical thermal and erosion investigation

Heiney O.K., Burkett D.L., Whidden J.F., Shiver T.W. — Ambient Moisture Effects and Closed Vessel Studies of Gun Propellant Combustion

Ragini Acharya, Kenneth K. — Kuo. Finite element simulation of interior ballistic processes in 120-mm mortar system

Horst Albert W. — A Brief Journey Through the History of Gun Propulsion

Ingo W. Мау, Albert W. — Horst. Charge design considerations and their effect on pressure waves in guns

Kotlar Anthony J. — The thermodynamics of interior ballistics and propellant performance

Nathan Gerber, Mark L. Bund Y. — Heating of a tank gun barrel: numerical study

— Engineering design handbook. Sabot technology engineering. / Проектирование поддонов артиллерийских снарядов

Ernest L. Bannister, Richard N. Jones, Donald W. Bagwell. — Heat transfer, barrel temperatures and thermal strains in guns

Otto K. — Heiney. Analytic and experimental interior ballistics of closed breech guns

Robert F. — Lieske. Use of the Magnus force in the modified point mass trajectory model

Soifer Martin T., Becker Robert S. — Projectile motion in a flexible gun tube

Miller Martin S. — Thermophysical properties of six solid gun propellants

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Horst Albert W. — Horst. A comparison of barrel-heating processes for granular and stick propellant charges

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