Gao T.,Harbin Institute of Technology |
He C.,Group 63863 |
Fan Z.,Group 63863 |
Guo H.,Group 63853
Key Engineering Materials | Year: 2014
The artillery test of firing simulation provides the similar dynamic recoil effects of artillery, by means except firing. It is more safe and convenient with less ammunition and time consumed. This document describes the meaning and content of the artillery test of firing simulation. It analyses the feasibility of this test technology by calculating and comparing the experimental data of guns and makes a research and analysis for current situation and development of the related technology In the domestic and overseas. Through fuzzy comprehensive evaluation (FCE) and analysis hierarchy process (AHP), a comprehensive assessment on different simulation techniques is done. A research direction on the artillery test of firing simulation is proposed, which can meet the requirements of the development of modern artillery. © (2014) Trans Tech Publications, Switzerland.
Gao T.,Group 63863 |
Liu Q.,Group 63863 |
Ma J.,Group 63863 |
Guo H.,Group 63863
Key Engineering Materials | Year: 2016
Based on MSC. DYTRAN, the platform of virtual artillery experiment was developed to carry out the research on rubber waveform generator design using uniform experimental design. Through comparing with the firing data the design scheme of waveform generator and impact simulation experiment was made ,which meets the requirements of the technical indicators.The design scheme of waveform was used in a certain type of artillery impact simulation experiment. The rationality of the design scheme and the validity of the simulation experiment was proved by the result of artillery impact simulation experiment. © (2016) Trans Tech Publications, Switzerland.