The safety of people and vehicles and the completion of combat mission was threatened as traditional rubber tires can not withstand the attacks of bomb and landmine in harsh environment. In order to improve tire performance of puncture-proof, explosion prevention and bullet-proof, a new type technique of strengthening protection through the radial direction force pattern was put forward in this paper, based of changing the material of tire. The mechanics purpose was achieved by the radial force of spring on the ground. Made theory calculation to obtain the diameter of spring and made simulation to research the relationship between radial stiffness and spring diameter, spring middle diameter, tire angle, etc, the spring tire vibration and noise characteristics were discussed. Combined of simulation analysis and the theory experiments in advance, it validated that the technique is an efficient method that can strengthening the protection of vehicle and support the completion of combat mission by getting the mechanics criterion.
张仲志;吕建刚;宋彬;高飞. 新型弹簧轮胎的结构设计与分析[J]. , 2013, 32(21): 119-124.
ZHANG Zhong-zhi;LV Jian-gang;SONG Bin;GAO Fei. The structural design and analysis of a new type of spring tire. , 2013, 32(21): 119-124.