Ship Design and Construction    
Original article
http://doi.org/10.24866/2227-6858/2022-2/27-38

Novikov V., Molokov K., Gurskaya A.

VALERY V. NOVIKOV – Candidate of Technical Sciences, Associate Professor, leka1551@rambler.ru
Department of Marine Engineering and Transport of the Polytechnic Institute
KONSTANTIN A. MOLOKOV – Ph.D., Associate Professor, spektrum011277@gmail.com
Department of Industrial Safety of the Polytechnic Institute
Far Eastern Federal University
Vladivostok, Russia
ALENA A. GURSKAYA – Design Engineer, gurskaya-a@mail.ru
Far Eastern plant "Zvezda"
Bolshoy Kamen, Russia

Estimated influence of the immersion depth on the hull of underwater vehicles

Abstract. In the world practice of designing and operating underwater vehicles, it is customary to consider destructive for the hull the pressure that corresponds to the loss of stability. The critical pressure at a given maximum of immersion depth depends on the material of the strong hull, its shape and dimensions, the shell thickness and the number of installed frames. In this paper, graphical dependencies and diagrams are constructed with the help of well-known analytical formulas and the SolidWorks Simulation software product. These dependencies and diagrams enable to evaluate the relationship between the strength, geometric and weight characteristics of the main body of the designed underwater vehicle. These characteristics are associated with the estimated depth of its immersion, which allows us to select the parameters of the hull elements at the initial design stages. The calculations of the stress state of the underwater vehicle hull in the SolidWorks program showed that its selected parameters satisfy the conditions of strength and metal consumption during the operation at a given immersion depth.

Keywords: underwater vehicle, main body, strength, stresses, stability, immersion depth

See the reference in English at the end of the article

For citation: Novikov V., Molokov K., Gurskaya A. Estimated influence of the immersion depth on the hull of underwater vehicles. FEFU: School of Engineering Bulletin. 2022;(2):27-38. (In Russ.).