Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
Coupling characteristics of a new automatic artillery power system
View through CrossRef
Abstract
A new automatic artillery adopted hydraulic system as auxiliary power to solve the problem of insufficient power after unified power. Firstly, the structure and working principle of the automatic artillery were analyzed. Secondly, in order to confirm the working torque of auxiliary power, the dynamic simulation model of the new automatic artillery was established. The accuracy of the simulation model was verified by test. The effect of output torque of auxiliary power system on the firing rate and roller bearing was researched, based on the simulation model. Finally, the working characteristics of the auxiliary power system were analyzed, and the design of the auxiliary power system was carried out.
Title: Coupling characteristics of a new automatic artillery power system
Description:
Abstract
A new automatic artillery adopted hydraulic system as auxiliary power to solve the problem of insufficient power after unified power.
Firstly, the structure and working principle of the automatic artillery were analyzed.
Secondly, in order to confirm the working torque of auxiliary power, the dynamic simulation model of the new automatic artillery was established.
The accuracy of the simulation model was verified by test.
The effect of output torque of auxiliary power system on the firing rate and roller bearing was researched, based on the simulation model.
Finally, the working characteristics of the auxiliary power system were analyzed, and the design of the auxiliary power system was carried out.
Related Results
The interaction between neural populations: Additive versus diffusive coupling
The interaction between neural populations: Additive versus diffusive coupling
AbstractModels of networks of populations of neurons commonly assume that the interactions between neural populations are via additive or diffusive coupling. When using the additiv...
Modeling and Visualization of Artillery Fire Formation based on Target Coordinates in The Forward Observer Simulator
Modeling and Visualization of Artillery Fire Formation based on Target Coordinates in The Forward Observer Simulator
The Forward Observer (FO) role is vital in military operations, especially in the Medan Artillery unit. FO was in charge of directing artillery fire against the target. In the exec...
Evaluation of TH multi-scale coupling methods in BEPU analysis
Evaluation of TH multi-scale coupling methods in BEPU analysis
The combined use of thermal-hydraulics system with sub-channel codes (TH-TH coupling) in transient analysis provides an integrated tool with the capability of modelling in detail b...
CLOTHING AND FINANCIAL SUPPORT FOR THE PERSONNEL OF ARTILLERY AND ENGINEERING UNITS IN THE FIRST QUARTER OF THE 18TH CENTURY
CLOTHING AND FINANCIAL SUPPORT FOR THE PERSONNEL OF ARTILLERY AND ENGINEERING UNITS IN THE FIRST QUARTER OF THE 18TH CENTURY
Since the early 18th century, signifi cant changes had been made in the military organisation of Russia, after which it received, in almost all respects, a new device, borrowed, in...
Status and Prospect of Land-based Delivery Platform Technology for Artillery Weapons
Status and Prospect of Land-based Delivery Platform Technology for Artillery Weapons
Abstract
Land-based delivery platform technology for artillery weapons is a comprehensive technology to study the adaptability of artillery weapon and land-based del...
Design of a Software-Defined Artillery System Architecture
Design of a Software-Defined Artillery System Architecture
Abstract
The rapid development of software-defined technology aligns closely with future trends in artillery system architectures. This paper analyzes these trends a...
Incremental prognostic value of fully automatic LVEF measured at stress using machine learning
Incremental prognostic value of fully automatic LVEF measured at stress using machine learning
Abstract
Background
Cardiovascular magnetic resonance (CMR) is the gold standard to measure left ventricular ejection fraction (...