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强约束条件下外弹道方程实时解算通用化设计技术
引用本文:任哲平,周启煌,吕强. 强约束条件下外弹道方程实时解算通用化设计技术[J]. 火力与指挥控制, 2007, 32(2): 66-69
作者姓名:任哲平  周启煌  吕强
作者单位:装甲兵工程学院,北京,100072;装甲兵工程学院,北京,100072;装甲兵工程学院,北京,100072
摘    要:根据基于弹道方程的实时解算算法,解决了强约束条件下非低伸弹种弹道综合系数的统一计算问题,找出低伸弹种弹道综合系数的估计方法,进行了弹道实时解算模型的通用化设计,给出了程序流程并进行了测试.测试结果表明,弹道综合系数的估计比较准确,而解算模型在精度与实时性上均达到满意的程度,具有高度通用化的特点,并且使弹道问题的解算可以完全脱离射表进行.

关 键 词:坦克火控系统  弹道解算  通用化设计
文章编号:1002-0640(2007)02-0066-04
修稿时间:2005-01-26

Generalized Design for Solving the Exterior Ballistic Equation in Real-time under the Condition of Strong Constraint
REN Zhe-ping,ZHOU Qi-huang,LV Qiang. Generalized Design for Solving the Exterior Ballistic Equation in Real-time under the Condition of Strong Constraint[J]. Fire Control & Command Control, 2007, 32(2): 66-69
Authors:REN Zhe-ping  ZHOU Qi-huang  LV Qiang
Abstract:On the basis of solving ballistic equation in real-time,the authors solved the unified calculation problem of non-flat trajectory comprehensive coefficient under the condition of strong constraint,found the estimating method of flat trajectory comprehensive coefficient,carried out the generalized design of solving trajectory model in real-time,and given a program flawchart.The results of test demostrate both estimation and accuracy of solving model achieved satisfactory degree,so that the ballistic trajectory problem can be solved without the firing table.
Keywords:tank fire control system  ballistic trajectory solution  generalized design
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