Pressure Distribution In the Space Behind a Projectile

Pressure Distribution In the Space Behind a Projectile

Este artc̕ulo trata de la modelizacin̤ de la distribucin̤ de la presin̤ de los gases propulsores en el espacio detrs̀ del proyectil del sistema bals̕tico ordinario. Se analiza el nm͠ero de modelos existentes y se confrontan los resultados de los disparos experimentales n͠icos realizados en el sistem...

Description complète

Enregistré dans:

Détails bibliographiques
Autres auteurs:	Jedlička Luděk, Beer Stanislav, University of Defence
Format:	Livre
Langue:	anglais
Sujets:	Bals̕tica Armamento - Diseǫ y construccin̤ Ballistics Weapons - Design and construction Gases propulsores - distribucin̤ de la presin̤; Sistema bals̕tico; Espacio en la recamara
Accès en ligne:	Pressure Distribution In the Space Behind a Projectile
Tags:	Ajouter un tag Pas de tags, Soyez le premier à ajouter un tag!

Documents similaires

Analysis of the 155 Mm Erfb/Bb Projectile Trajectory

Influence of design characteristics of the pyro recocking system on its function

Analysis of Ballistic Characteristics of Pistol Cartridge

Application of Energetic Materials in Civilian Sphere

A Quantitative Method of Comparative Assessment of Primers Ignition Performances

Reliability Modelling of Automatic Gun with Pyrotechnic Charging

Ammunition Shot Accuracy Test with Fouled Gun

Ballistics of Supercavitating Projectiles

Ballistic Limit Evaluation for Impact of Pistol Projectile 9 mm Luger on Aircraft Skin Metal Plate

Solution of the Pyro-Recocking System of the Automatic Cannon

Light Antitank Weapon With Double Regime Propulsion System

Rocket Motor with Tubular Solid Propellant Charge wnd Profiled Outer Surface

Bi-modular Charge System for Calibre 155 mm I.

Anti-Ballistic Missile System Selected Technical Principles of Function

Gun Pyrocartridge Unauthorized Ignitions

Kinematics and Dynamics of Gatling Weapons

Geometric Coefficients Modifications of Surface Non-Treated Seven-Perforated Nitrocellulose Powder

Deformation of Ballistic Protection Vest Panel

Determination of black powder burning rate

Influence of the Breech Locking Clearance on the Automatic Weapon Function

Modelling Missile Flight Characteristics by Estimating Mass and Ballistic Parameters

Response of Structure to Ballistic Load

Damage Of Combat Aircraft Airframe By Projectiles Of Caliber 7.62 And 12.7 Mm

Effect of the Accuracy of Target Range Measurement on the Accuracy of Fire

Global Chemical, Biological, and Nuclear Threat Potential Prioritization Model

Determination of the Protective Barrier Thickness of the Restraint System

Differences in Barrel Chamber and Muzzle Deformation during Shot

Main Resistances To Motion In Gatling Weapons

Additional Effect of Gases on Strain Gauges at Barrel Muzzle

Assessment of Selected Cannons according to the Probability of Target Destruction

Quantitative Safety Risk Requirements for Small Arms and Ammunition

The ballistics resistance of Hardox steel plate to the impact of non-penetrating projectiles

Possibility of Antimissiles Guidance Accuracy Enhancement Against Ballistic Missile

Analytical - Prognostic Model of The Technique Operation

Space : The New frontier
Publié: (1962)

The potential of vernacular materials to the sustainable building design , experience of construction design with adobe material

Penetration of the Transport Airplane Fuselage with Forward Obstacle by Handgun Expansion Bullet

Design and Static Load Analysis Comparing Steel, Grey Cast Iron and Titanium Alloy as Materials for Breech Hinged Lugs in Recoil Weapons

The contributions of building information modelling to sustainable construction

Armament of Combat Helicopters