武器系统维修性分配的规划方法研究

Study on programming methods for maintainability-distribution of weapon system

为给武器系统维修性分配提供较为科学的决策依据,建立了以全寿命维修性费用最小、系统平均修复时间最短等为目标并综合权衡费用、平均修复时间的规划模型。模型体现了在维修性设计时考虑全寿命维修性费用的思想,经用数学软件LINGO计算,得到系统维修性优化分配方案。通过应用实例,验证了该模型的计算过程和有效性。

To provide a scientific basis of decision-making for maintainability-distribution of weapon system, establishes maintainability-distribution programming models with life cycle maintainability-cost as a single target or with mean-time to repair as a single target and with mean-time-to-repair and cost as multiple targets. The models embody the idea that takes life cycle maintainability-cost in account during maintainability-design. The models can be easily calculated by software LINGO and drew an optimal maintainability-dlstribution conclusion as a result. An applied example is cited to show the method.