Application of collaborative design based on 3DE platform in the construction of an accelerator facilitytake CS30 α irradiation device as an example
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摘要: 为了提升加速器装置的设计效率和建设质量，解决现有加速器装置设计和建设过程中存在的多学科数据孤岛、各系统数据实时交互性差与一致性弱、设计周期长且成本高等问题，立足于加速器装置建设需求，提出基于3DEXPERIENCE （简称 3DE） 平台对CS30加速器α辐照装置开展协同设计研究，梳理出一套较为完善的加速器装置协同设计流程，实现了加速器装置机械、管路、电气及土建等各系统多维度协同设计，规范了整个设计流程，减少了设计错误，提高了设计效率及质量，节约了设计成本，为加速器装置的设计及建设提供指导和帮助，有效缩短了加速器装置的建设周期。Abstract: To improve the design efficiency and construction quality of accelerator facility, and to solve the problems in the design and construction process of existing accelerator facilities, such as the multidisciplinary data island, the poor real-time interaction of data and the weak consistency of data in each system, and long design cycle and high cost, focusing on the construction requirements of accelerator devices, the collaborative design of α irradiation device for CS30 accelerator based on 3DE platform is proposed. On this basis a relatively complete set of accelerator facility collaborative design processes are sorted out, the multidimensional collaborative design of structure, piping, electrical and civil construction is realized, the whole design process is standardized, the design errors are reduced, the design efficiency and quality are improved, and the design cost is saved. Accordingly, the application of 3DE platform in accelerator facility design is promoted, and the construction time of the accelerator facility is effectively shortened.
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Key words:
- 3DE platform /
- CS30 accelerator /
- α irradiation device /
- collaborative design /
- device construction
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图 6 磁铁水电接口的定义及发布
Figure 6. Definition and release of the water and electrical interfaces for magnets
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