摘要
从战机海上方向高强度巡航问题出发,有寿件物资调控直接影响着战机的完好率,制约着战巡任务有效执行。通过构建数学规划模型,优化制定了战机出动保障方案、有寿控件梯次合理配置,并重点介绍了关联因素约束的方法过程、目标函数优化的具体思想,通过遗传算法求解非线性规划。在模型中建立了可实施靶向性求解方案的0-1开关函数,记录了战机出航、巡逻信息的精确时间和任务架次,实现机场内部保障的最佳均衡状态,确保战机巡逻的高效巡航运用。
The control of life-limiting components directly affects the readiness rate equipment of fighter aircraft and restricts the effective execution of combat patrol missions on the condition of high intensity of fighter aircraft cruise at sea.An optimized scheme for guaranteeing fighter aircraft sortie and rational configuration of deploying the echelon of life-limiting components were presented by constructing the mathematical programming model,as well as a method process of constraint for relevant factors and a concrete idea of optimizing the objective function for which it solved such nonlinear programming with genetic algorithm were introduced.In the model,the 0-1 switch function which can implement a targeted solution scheme was established,as well as the precise time of fighter aircraft departure and patrol,and mission sorties information were recorded,so as to achieve the optimal equilibrium state of airfield maintenance and ensure the efficient sea cruise of fighter aircraft.
作者
徐捷
XU Jie(Naval Research Institute,Shanghai 200436,China)
出处
《飞机设计》
2022年第1期63-68,共6页
Aircraft Design
关键词
战机巡航
非线性规划
精确时间
有寿件梯次
fighter aircraft sea cruise
nonlinear programming
precise time
echelon of life-limiting components
作者简介
徐捷(1987—),男,助理研究员,本科
