火炸药学报
火炸藥學報
화작약학보
CHINESE JOURNAL OF EXPLOSIVES & PROPELLANTS
2014年
6期
1-6,23
,共7页
固体推进剂%配方优化设计%优化设计软件包(SPOD)%模式搜索法%遗传算法
固體推進劑%配方優化設計%優化設計軟件包(SPOD)%模式搜索法%遺傳算法
고체추진제%배방우화설계%우화설계연건포(SPOD)%모식수색법%유전산법
solid propellant%formulation optimization design%optimization design software package (SPOD)%pattern search method%genetic algorithm
概述了固体推进剂配方优化设计的进展及常用的优化方法，重点介绍了模式搜索法和遗传算法优化原理，通过一些典型实例介绍了具体优化计算方法。该优化方法和优化设计软件包（SPOD）可用于火炸药、化学及高分子材料配方优化设计中。附参考文献41篇。
概述瞭固體推進劑配方優化設計的進展及常用的優化方法，重點介紹瞭模式搜索法和遺傳算法優化原理，通過一些典型實例介紹瞭具體優化計算方法。該優化方法和優化設計軟件包（SPOD）可用于火炸藥、化學及高分子材料配方優化設計中。附參攷文獻41篇。
개술료고체추진제배방우화설계적진전급상용적우화방법，중점개소료모식수색법화유전산법우화원리，통과일사전형실례개소료구체우화계산방법。해우화방법화우화설계연건포（SPOD）가용우화작약、화학급고분자재료배방우화설계중。부삼고문헌41편。
The formulation optimization design progress and general optimization method of solid propellant were overviewed.The pattern search method and genetic algorithm optimization principle were mainly introduced.The particular optimization calculation method was introduced through some typical examples.The optimization method and optimization design software package (SPOD)can be used in formulation optimization design of explosives,gun propellants,chemical and polymer materials.The paper attached to the 41 references.
