[go: up one dir, main page]
More Web Proxy on the site http://driver.im/

Lu et al., 2010 - Google Patents

Experimental study and numerical simulation of propellant ignition and combustion for cased telescoped ammunition in chamber

Lu et al., 2010

Document ID
15375121094302759144
Author
Lu X
Zhou Y
Yu Y
Publication year

External Links

Snippet

Cased telescoped ammunition (CTA) is a kind of charge structure with projectile embedded in the cartridge case. The advantages of CTA, compared with concepts using conventional ammunition, are:(1) reduced charge/ammunition volume,(2) improved performance, and (3) …
Continue reading at asmedigitalcollection.asme.org (other versions)

Similar Documents

Publication Publication Date Title
Lu et al. Experimental and numerical investigations on traveling charge gun using liquid fuels
Nussbaum et al. Multi-dimensional two-phase flow modeling applied to interior ballistics
Cheng et al. Modeling of interior ballistic gas-solid flow using a coupled computational fluid dynamics-discrete element method
Toivola et al. Influence of rotating band construction on gun tube loading—Part II: Measurement and analysis
Sung et al. Application of eulerian–lagrangian approach to gas-solid flows in interior ballistics
Monreal-González et al. One-dimensional modelling of internal ballistics
Sun et al. Transient heat transfer of a hollow cylinder subjected to periodic boundary conditions
Keinänen et al. Influence of rotating band construction on gun tube loading—Part I: Numerical approach
Mishra et al. A novel scheme for computing gun barrel temperature history and its experimental validation
Cheng et al. Two-dimensional numerical simulation of gas–solid reactive flow with moving boundary
Hu et al. A fluid-structure coupling method to obtain parameter distributions in a combustion chamber with moving boundaries
Ma et al. Interior ballistic modeling and simulation for different charge zones in modular charge system
Otón-Martínez et al. Three-dimensional numerical modeling of internal ballistics for solid propellant combinations
Yu et al. Study of bulk-loaded liquid propellant combustion propulsion processes with stepped-wall combustion chamber
Lu et al. Experimental study and numerical simulation of propellant ignition and combustion for cased telescoped ammunition in chamber
Yu et al. Aerodynamic analysis of projectile in gun system firing process
Edward Alexander Advanced gun system gun and projectile dynamic model results and correlation to test data
Otón‐Martínez et al. An approach formulated in terms of conserved variables for the characterisation of propellant combustion in internal ballistics
Bougamra et al. Determination of pressure profile during closed-vessel test through computational fluid dynamics simulation
Verberne et al. Dynamics of precision guided projectile launch: Solid–solid interaction
Dhouibi et al. Modeling and simulation of the engraving process in different life stages of small caliber guns
Zhang et al. Analysis of dynamic characteristics for rarefaction wave gun during the launching
Ma et al. Investigation of combustion process in a modular charge system with a primer gap
Hu et al. A Riemann problem based coupling method for predicting the combustion of propellant in a gun launching process
Yu et al. Numerical simulation and analysis of the muzzle flow during the revolving barrel gun firing