导弹与航天运载技术
導彈與航天運載技術
도탄여항천운재기술
Missiles and Space Vehicles
2015年
6期
42-45
,共4页
沈重%郑宏涛%董伟%陈永强%何朔
瀋重%鄭宏濤%董偉%陳永彊%何朔
침중%정굉도%동위%진영강%하삭
航天器%数字装配仿真%人机工程
航天器%數字裝配倣真%人機工程
항천기%수자장배방진%인궤공정
Complicated vehicle%Digital assembly simulation%Man-machine engineering
复杂航天器由于子系统多、空间布局紧凑,导致采用传统的二维产品装配工艺设计方法将带来大量实际问题,降低生产效率,同时浪费研制经费.首先介绍数字装配仿真的方法及流程,而后以某复杂航天器为应用案例,详细阐述航天器数字装配仿真技术的工程应用研究.
複雜航天器由于子繫統多、空間佈跼緊湊,導緻採用傳統的二維產品裝配工藝設計方法將帶來大量實際問題,降低生產效率,同時浪費研製經費.首先介紹數字裝配倣真的方法及流程,而後以某複雜航天器為應用案例,詳細闡述航天器數字裝配倣真技術的工程應用研究.
복잡항천기유우자계통다、공간포국긴주,도치채용전통적이유산품장배공예설계방법장대래대량실제문제,강저생산효솔,동시낭비연제경비.수선개소수자장배방진적방법급류정,이후이모복잡항천기위응용안례,상세천술항천기수자장배방진기술적공정응용연구.
For complicated spacecraft, traditional two-dimensional product assembly process design method brings numerous actual problems because of its complicated sub-systems and compact space layout which lower the production efficiency and waste development outlay. In this paper, digital assembly simulation process is introduced briefly and its application study is illuminated by taking an example of a certain complicated spacecraft.
