共查询到17条相似文献,搜索用时 203 毫秒
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本文主要介绍在AVEVA公司最新的三维船舶产品设计平台AM(AVEVA MARINE)系统上,如何进行电气舾装方面的产品数据管理。并着重介绍船舶电气专业如何在AM及PDM平台上进行产品设计,如何进行数据提取和二次开发,以及PDM上的主要功能:如数据管理,托盘划分,报表输出,设计变更等。 相似文献
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AVEVAMarine(AM)软件在船舶三维设计中应用广泛,但并未提供模型检查功能。由于船体模型中构件数量众多,为减轻人工检查的压力,利用软件开发手段对模型进行自动化检查成为优先选择。以变高型材对接处的连接代码检查为例,对AM二次开发在船体模型检查中的应用进行探索。研究表明:AM二次开发可有效提高模型检查的效率和准确性。研究成果可为船舶设计人员进行模型检查工作提供一定参考。 相似文献
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为降低出错率,改善出图质量,基于船舶主流设计软件AVEVAMarine(AM),使用C#语言针对零件名的标注进行二次开发设计。结果表明:二次开发设计可根据需求自主定义标注样式,显著增强了结构图的出图效果。研究成果可为船舶设计提供一定参考。 相似文献
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冯兆缘翁戍生李明鹏王震郑德法徐建军 《船舶与海洋工程》2023,(4):76-80
在现代船舶设计流程中,船舶管路设计主要分为初步设计、详细设计和生产设计等3个阶段,其中详细设计和生产设计是船舶管路设计中最重要的环节。基于对AM(Aveva Marine)软件的二次开发,对船舶管路系统详细设计阶段的二维原理图与生产设计阶段的三维模型之间的信息传递和空间转换进行研究。在船上的广泛区域内实现从“二维”到“三维”的信息传递和空间转换;在船舶设计过程中实现对船舶管路系统原理图和船舶管路系统设备信息的实时更新,并将其传递给三维模型。 相似文献
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本文主要介绍了我司采用最先进的船舶设计软件AM系统在船舶上建舾装上的应用及改进,在设计建模过程中遇到一些难题,通过分析和二次开发的运用,做出一些相应的改进措施,得到预期的效果。 相似文献
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为了实现主流船舶设计制造软件NAPA在船舶综合设计软件系统船舶数字化智能设计系统中的集成,针对NAPA软件数据接口及其二次开发工具进行了研究。本文首先对NAPA软件的数据接口和船舶数字化智能设计系统的框架结构进行了分析,进而利用C#语言和NAPA二次开发语言NAPA BASIC混合编程调用及数据文件交互的方式,开发了在船舶数字化智能设计系统中NAPA软件的用户界面集成、NAPA工程的自动创建、NAPA中设计结果的自动导出以及NAPA软件与整个系统后台数据交互等软件模块。所开发的软件模块通过应用测试的验证,已实现了目标功能,为NAPA软件的全面集成奠定了良好的基础。 相似文献
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[Objective]To simplify the ship modeling process and improve modeling efficiency, this paper proposes a method for rapidly implementing hull model creation based on hull line drawing.[Methods]Using the CATIA platform, this method adopts the component application architecture (CAA) development tool for secondary development. First, by reading the geometry elements and label information of the hull lines in a drawing, the transformation of the offset points from 2D to 3D is realized. On this basis, the creation of the hull lines, stern and bow is completed, and a 3D wireframe model obtained. Finally, the hull 3D modeling is completed in conjunction with the CATIA native surface creation command. The stability and reliability verification of the developed type value extraction and bow generation program is then carried out via application analysis.[Results]The results show that the compiled program can realize the automatic creation of offset points, transverse lines, waterlines, profile lines and other boundary lines except the top line of the wall, and the centerline and tangent lines created by the bow generator are easily modified and simple for users to operate. [Conclusions]The verification results show that the method of a creating hull model using "Generative Shape Design" and "Drafting" with the hull line drawing as the data input is stable, reliable and able to realize rapid hull modeling, giving it certain practical value. © The Author(s) 2022. 相似文献
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随着世界贸易的快速发展,海运业对环境的污染日益显著,国际海事组织(IMO)海上环境保护委员会提出船舶能效设计指数(EEDI)用来衡量船舶设计能效水平.本文对27 000 dwt多用途船其EEDI指数进行分析研究,该船的EEDI计算过程和计算结果已经得到法国BV船级社的认可,相关研究结论可供船舶设计人员参考. 相似文献
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《舰船科学技术》2016,(11)
Pointing at naval ship projects creation and evaluation at stage of naval ship concept design,in the mechanism of integrated design based on naval ship synthesis model,ship projects creation and intelligent fuzzy evaluation method is researched,thus the applicability of each algorithm is obtained.Firstly,the naval ship synthesis model is introduced to design process,value and application status of synthesis model in integrated design is then exposed.Then the applicability of single target and multi targets SA algorithm is improved,and the quick generation of naval ship projects is done.After that,multiple projects evaluation method based on Vague fuzzy set is introduced to established the intelligent evaluation model,which can integrate effectively the quantitative and qualitative indexes.At last,the analysis of results comparison shows the advancement and rationality of each method.The example shows the integrated design process researched in this paper can be a great orientation of naval ship project design,and can also be used in other parts of naval ship development. 相似文献