The whole working process of artillery counter-recoil mechanism was divided into four different stages. By this way the high-pressure gas thermodynamic characters in counter-recoil mechanism under the action of recoil impulsive and the actual performances of this mechanism were studied. Because of the recoil impulsive, the thermodynamic characters of the gas in counter-recoil mechanism would deviate from ordinary pneumatic mechanisms and the ploytropic processes of it were not always between the isothermal process and the adiabatic process. This would affect the performance of counter-recoil mechanism. The results of experiments were coincident with theoretical analyses. Since the effects of internal friction and heat transfer were taken into account, the analysis results would make the theoretical calculations more closing to the facts.
张培林 王 成 任国全.
冲击作用下火炮复进机的实际性能分析 [J]. , 2009, 28(4): 142-144.
WANG Cheng ZHANG Peilin FU Jianping. The Actual Performance of ArtilleryCounter-Recoil Mechanism under the action of Impulsive . , 2009, 28(4): 142-144.