导弹与航天运载技术
導彈與航天運載技術
도탄여항천운재기술
MISSILES AND SPACE VEHICLES
2013年
1期
71-74
,共4页
李飞%章乐平%王志勇%李广志%闫美辰
李飛%章樂平%王誌勇%李廣誌%閆美辰
리비%장악평%왕지용%리엄지%염미신
数字化%协同设计%自顶向下
數字化%協同設計%自頂嚮下
수자화%협동설계%자정향하
Digital%Collaborative design%Top-down design
随着航天产品型号研制任务量的增加,传统的设计模式已很难满足研制需求,迫切需要更新研制模式,缩短研制周期,减少研制成本.数字化设计正是在这种背景下产生并发展起来的.通过数字化协同设计,实现总体与分系统之间的有效沟通,可大幅提高设计效率、产品的工艺性、可装配性及产品的竞争力.
隨著航天產品型號研製任務量的增加,傳統的設計模式已很難滿足研製需求,迫切需要更新研製模式,縮短研製週期,減少研製成本.數字化設計正是在這種揹景下產生併髮展起來的.通過數字化協同設計,實現總體與分繫統之間的有效溝通,可大幅提高設計效率、產品的工藝性、可裝配性及產品的競爭力.
수착항천산품형호연제임무량적증가,전통적설계모식이흔난만족연제수구,박절수요경신연제모식,축단연제주기,감소연제성본.수자화설계정시재저충배경하산생병발전기래적.통과수자화협동설계,실현총체여분계통지간적유효구통,가대폭제고설계효솔、산품적공예성、가장배성급산품적경쟁력.
As the tasks of aerospace products development increase rapidly, traditional design mode can hardly meet the demand of research. Therefore a new research mode, which can shorten development period and cut cost, is needed urgently. The technology of digital design is developing under this background. The collaborative digital design can realize an effective communication between spacecraft system design and subsystem design, which can improve the design efficiency, the product processability, the assembly ability and the competitiveness of products.