多机种油料加注系统设计的探索性分析与仿真

多机种综合保障基地油料加注系统设计，必须考虑战时复杂多变环境条件下不确定性因素的影响。采用探索性分析方法对具有涌现特点的多机种油料加注系统问题进行分析，对油料加注系统解析模型采用聚合抽象的方法建立探索性元模型，运用探索性分析平台analytica optimizer 对多机种综合保障基地油料加注系统进行探索性元模型仿真分析与实例求解，取得既能满足各项需求约束要求，又能适应各种不确定性因素影响的设计方案。解决了复杂环境条件下，多机种综合保障基地油料加注系统设计难题。为设计者设计复杂多变环境下的多机种综合保障基地油料加注系统提供了参考。

Analysis and simulation for the design of multi-aircraft oil refilling system based on exploratory analysis method

The design of oil refilling system in multi-aircraft integrative support base(MISB) should take varies of uncertain factors in the complex and uncertain wartime into consideration. Aimed at the problem which contains the characteristic of emergence, an exploratory analysis method for the system oil refilling system of multi-aircraft is presented. Following the concept of the exploratory analysis, this method constitutes the exploratory metamodel by gathering and abstracting the analytical model. The analytica optimizer is used to analyze the metamodel and solve the example of oil refilling system in multi-aircraft integrative support base（MISB）, and it receives the most adaptable solution which satisfies not only the basic demand constraint, but also the uncertainty characteristics of wartime environment. The problem of designing oil refilling system in the complex and uncertain environment is solved, and it provides designers with references to design oil refilling system in multi-aircraft integrative support base(MISB).