Academic Journal of Engineering and Technology Science, 2023, 6(12); doi: 10.25236/AJETS.2023.061208.
Jikuan Wang, Lianhai Wang, Yufan Chen
School of Shipping, Shandong Jiaotong University, Weihai, 264200, China
With the continuous development of the marine economy, the status of electronic cabins in underwater vehicle equipment is ineffable. Firstly, the three-dimensional model of the electronic cabin was established using SolidWorks software, and then the stability and working stress of the pressurized shell of the electronic cabin were simulated by ANSYS software, and it was proved that the electronic cabin fully met the safety requirements for working at a depth of 300m.
Ocean economy; Electronic cabin; Underwater robots; Structural design; Finite element analysis
Jikuan Wang, Lianhai Wang, Yufan Chen. Research on Finite Element Simulation of the ROV Electronic Cabin Structure Based on ANSYS Workbench. Academic Journal of Engineering and Technology Science (2023) Vol. 6, Issue 12: 51-55. https://doi.org/10.25236/AJETS.2023.061208.
[1] Z.W. Bian, P.S. Zhong and J.F. Zhang: Structure Design and CFD Analysis of Flapping Wing Gliding Underwater Robot, Modular Machine Tools and Automatic Processing Technology, Vol. (2017) No.06, p.62-65.
[2] W. Liu, Y.C. Zhou, L. Zhang, et al: Structure optimization of pressure hull for Flying Fish underwater vehicle, Science and Technology Magazine, Vol. (2021) No.07, p.7-8.
[3] H. C. Wang, Q. G. Zhang, H.J Zhao, et al: Structure optimization of pressure hull for Flying Fish underwater vehicle, Low-carbon World, Vol. (2016) No.15, p.261-262.
[4] X.B. Jin: Zhang: Design of a microminiature underwater robot body structure, Mechanical Engineer, Vol. (2013) No.11, p.47-49.
[5] X. Q. Zhai, J.J. Zhang, and H.R. Wang, et al: Structure design and research of underwater floating crawling robot, Manufacturing Automation, Vol. 43 (2021) No.05, p.42-45+55.
[6] S. J. Jian, C.C. Xhong and P. F. Shang, et al: Structure design and hydrodynamics analysis of an underwater fishing robot, Manufacturing Automation, Vol. 42 (2020) No.05, p.61-66.
[7] J. Tang, S.L. Yang and Z. Qin: Structure Design and Parameter Optimization of Ballast Tank for Underwater Vehicle , Journal of Jiangxi University of Science and Technology, Vol. 41 (2020) No.05, p.88-95.
[8] Y. Gan: Research on Motion Control System Architecture of underwater vehicle (MS, Journal of Harbin Engineering University, China 2007).
[9] C.Z. Wang: Overall Structure Design and Optimization of Autonomous Underwater Vehicle (MS, Jiangxi University of Science and Technology, China 2022).
[10] Q.L. Shen: Structure Design and Analysis of Cabled Underwater Vehicle (MS, Hanzhou Electronic Science and Technology University, China 2017).