A comparative analysis of contemporary 155 mm artillery projectiles
2019年12月6日 · Background: 155 mm projectile technology. The biggest issue the army is currently facing in terms of field artillery capabilities is matching, and ideally exceeding …
A Comparative Analysis of Contemporary 155 Mm Artillery
Background: 155 mm projectile technology The biggest issue the army is currently facing in terms of field artillery capabilities is matching, and ideally exceeding adversarial ranges. The …
A comparative analysis of contemporary 155 mm artillery projectiles
2019年12月2日 · M982 tested ranges for 155 mm projectiles in comparison to the M549A1 and M795 …
155mm M107 axisymmetric projectile under axisymmetric flow, at zero yaw, was predicted by semi-empirical and computational fluid dynamics (CFD) approaches in the three flow regimes, …
Table 2. M795 IM Projectile Characteristics (same as M795) Weight (pounds) (nominal as fired) 103 Length (inches) 29.46 Maximum Range (meters) 22,500 (1) Key features and subsystems …
The article is focused on the external-ballistic analysis of the 155 mm artillery High-Explosive Extended-Range Full-Bore projectile with the Base Burn Unit (ERFB/BB), designed for the …
155mm howitzer is the M549A1 rocket-assisted projectile. It was produced in 1977 specifically to extend ranges for 155mm howitzer artillery. The round, which contains approximately 15 …
Testing of the 155mm M483 HE projectile to determine the minimum non-propagation distance between donor and acceptor units was begun at Yuma Proving Ground, Arizona, with follow …
M110 155 mm projectile - Wikipedia
The M110 155 mm projectile is an artillery shell used by the U.S. Army and U.S. Marine Corps. The M110 was originally designed as a chemical artillery round to deliver blister agents via …
High fidelity computational simulations of the flow field around the projectile were completed in an attempt to begin to understand the variable nature of the aerodynamics associated with this …