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Progress in Virtual Prototyping for Design of Compact Cyclotrons

机译:紧凑型气旋设计虚拟原型的进展

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As a novel technique in engineering, Virtual Prototyping (VP) was applied to the design of cyclotrons with the purpose of shortening development period and reducing costs for physical prototypes. The progress in VP for compact cyclotron design in HUST is introduced. The idea of multi-domain collaborative design was proposed. This paper describes the framework and its pythonic implementation of the VP integrate platform. Under this platform, the optimization design of cyclotron components can be achieved.
机译:作为一种新颖的工程技术,虚拟原型(VP)被应用于随着开发期的缩短和降低物理原型的成本的目的。介绍了竞争中紧凑型回旋龙设计的VP进展。提出了多域协同设计的思想。本文介绍了VP集成平台的框架及其Pythonic实现。在该平台下,可以实现回旋加速器组件的优化设计。

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