两栖装甲装备战场损伤仿真模型

• 作 者: 赵胜国 李晓光 董原生
• 机 构: 装甲兵工程学院技术保障工程系,装甲兵工程学院技术保障工程系,装甲兵工程学院技术保障工程系 北京 100072,北京 100072,北京 100072
• 出 处: 装甲兵工程学院学报
• 发表日期: 2004年01期
• 关键词: 两栖装甲装备 战场损伤 仿真模型

现代战争,随着各种高技术武器装备,特别是精确制导武器的广泛应用,战场上装备的损伤概率会越来越大;损伤的后果将越来越严重,使战时的保障问题变得更加突出,且难以把握。从分析两栖装甲装备在未来作战中的损伤机理入手,在缺乏大量实际战损数据的情况下,通过建立装备战场损伤仿真模型,为战时装备保障方案的制定,提供科学有效的辅助决策依据。

In modern warfare, with the wide application of various high-tech weaponry and equipment, especially precision-guided weapons, the probability of damage on the battlefield equipment will increase; the consequences of injury will become more and more serious, making the warfare protection issue become More prominent, and difficult to grasp. Beginning with the analysis of the damage mechanism of amphibious armored equipment in future operations, the establishment of a simulation model of the battlefield damage in the absence of a large amount of actual combat loss data provides a scientific and effective basis for assisting decision-making in wartime equipment support.