中国舰船研究
中國艦船研究
중국함선연구
CHINESE JOURNAL OF SHIP RESEARCH
2015年
4期
16-21
,共6页
计算机辅助设计%计算书%自动生成%模板%船舶设计
計算機輔助設計%計算書%自動生成%模闆%船舶設計
계산궤보조설계%계산서%자동생성%모판%선박설계
CAD%calculation report%automatic generation%template%ship design
舰船的研制是一项涉及专业面广、流程复杂的系统工程,传统的舰船计算书编制流程繁琐,存在质量隐患。针对计算书编制流程复杂的问题,提出一种新的基于PDM的计算书自动生成系统。该系统利用Office软件的数据交互技术等信息化手段,将舰船设计标准和规范以程序的方式嵌入到计算书模板文件中,同时利用Office在线编辑技术,在PDM中建立基于模板的计算书开放式管理框架,实现计算书文件数据与PDM系统数据的实时交互。该系统的上线运行提升了专业人员设计过程中的计算准确度和计算效率,在舰船总体设计过程中为设备配置、初步方案的形成奠定了良好的基础,同时也加强了舰船设计过程中的质量管控,沉淀了设计知识。
艦船的研製是一項涉及專業麵廣、流程複雜的繫統工程,傳統的艦船計算書編製流程繁瑣,存在質量隱患。針對計算書編製流程複雜的問題,提齣一種新的基于PDM的計算書自動生成繫統。該繫統利用Office軟件的數據交互技術等信息化手段,將艦船設計標準和規範以程序的方式嵌入到計算書模闆文件中,同時利用Office在線編輯技術,在PDM中建立基于模闆的計算書開放式管理框架,實現計算書文件數據與PDM繫統數據的實時交互。該繫統的上線運行提升瞭專業人員設計過程中的計算準確度和計算效率,在艦船總體設計過程中為設備配置、初步方案的形成奠定瞭良好的基礎,同時也加彊瞭艦船設計過程中的質量管控,沉澱瞭設計知識。
함선적연제시일항섭급전업면엄、류정복잡적계통공정,전통적함선계산서편제류정번쇄,존재질량은환。침대계산서편제류정복잡적문제,제출일충신적기우PDM적계산서자동생성계통。해계통이용Office연건적수거교호기술등신식화수단,장함선설계표준화규범이정서적방식감입도계산서모판문건중,동시이용Office재선편집기술,재PDM중건립기우모판적계산서개방식관리광가,실현계산서문건수거여PDM계통수거적실시교호。해계통적상선운행제승료전업인원설계과정중적계산준학도화계산효솔,재함선총체설계과정중위설비배치、초보방안적형성전정료량호적기출,동시야가강료함선설계과정중적질량관공,침정료설계지식。
The conventional approaches to compile the calculation report for vessels are both tedious and have potential quality issues. Aiming at the problem, a new automatic generating system of the calculation report is presented in this paper, based on PDM and utilizing the data exchanging technologies in Office software. Particularly, the criterions in vessels are embedded into the templates of calculation reports, with the help of informational technologies. Meanwhile, the online editing function of Office software is used to establish the open management frame of the calculation reports in PDM based on templates, which success?fully achieves the interaction between the data of calculation reports and the data of PDM in real time. The proposed online system will significantly enhance the calculation precision and efficiency of the designing process, and build a solid foundation for the equipment configuration as well as the preliminary scheme for?mation. Plus, this system will strengthen the quality control in the designing process of vessels and precipi?tate the knowledge of designing.