Research on Intelligent Design Method and Technology of Grenade Driven by Digital Twin

Authors

  • Che Yi
  • Liwei Liu
  • Hao Bo
  • Wanjiong Wang
  • Yang Bin

DOI:

https://doi.org/10.54097/hset.v53i.9735

Keywords:

Digital twin, Grenade, Intelligent design, Process twin.

Abstract

In order to change the design method of grenade based on hand drawing and traditional CAD numerical calculation, solve the problem of long design cycle caused by repeated design because the result of grenade design does not meet the tactical index, and promote the transformation of grenade design to the direction of intelligence, based on the concept and architecture of digital twin, a five-layer structure model of the intelligent design system of grenade driven by digital twin is established, and the relationship and connotation of each layer are analyzed: the preliminary realization scheme of applying digital twin technology and intelligent design technology to grenade design is discussed, which provides theoretical reference for subsequent practical application.

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References

Wu Yiting. How does digital twin technology change traditional industries? [N]. Shanghai Science and Technology News, 2021-09-17(003).

Tao Fei, Liu Weiran, Liu Jianhua, Liu Xiaojun, Liu Qiang, Qu Ting, Hu Tianliang, Zhang Zhinan, Xiang Feng, Xu Wenjun, Wang Junqiang, Zhang Yingfeng, Liu Zhenyu, Li Hao, Cheng Jiangfeng, Qi Qinglin, Zhang Meng, Zhang He, Sui Fangyuan, He Lirong, Yi Wangmin, Cheng Hui. Digital twin and its potential application exploration [J]. Computer Integrated Manufacturing System, 2018, 24(01): 1-18.

Wu Yan, Wang Xiaojun, He Yong, Huang Xinwei, Xiao Lijun, Guo Lixin.Review on the technology and application of digital twin in manufacturing industry [J]. Modern Manufacturing Engineering, 2021(09): 137-145.

Yuan Zhihua, Guo Meifang, Hao Bo. Study on High-explosive Projectile Expert system Design [J]. Journal of Ordnance Engineering, 2006(01): 170-174.

Liu Songjian. Development of Digital Design and Analysis Platform for HE [D]. North Central University, 2019.

Wang Hao, He Qianyun, He Ziyang, Zhang Wenyu, Sun Xiaoteng, Lu Xu. Construction and application of automatic operation and maintenance system of "four lines and one warehouse" based on digital twin technology [J]. Industrial Metrology, 2021, 31(06): 51 -55.

Nie Rongmei, Zhou Xiaoya, Xiao Jin, Zhao Bo. Analysis and Perspective on Digital Twin Technology [J]. Aerospace General Technology, 2022, 6(01): 1-6.

Xiao Fei, Zhang Weihua, Wang Donghui, Peng Ke, Qian Fengchen. System architecture and application for overall design of solid rocket motor based on digital twin [J]. Computer Integrated Manufacturing Systems, 2019, 25(06): 1405-1418.

Yuan Zhihua, Hao Bo. A HE intelligent design system and design method [P]. Liaoning Province: CN1315085C, 2007-05-09.

Liu Huanlian. Digital Twin-drive research and development of virtual simulation system for Flexible Manufacturing Line [D]. Southeast University, 2020.

Li Linli, Li Hao, Gu Fu, Ding Ning, Gu Xinjian, Luo Guofu. Multidisciplinary collaborative design and modeling technologies for complex mechanical products based on digital twin [J]. Computer Integrated Manufacturing Systems, 2019, 25(06): 1307-1319.

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Published

30-06-2023