Mishchenko M., Ratnikov A., Osukhovskiy V.

MAXIM MISHCHENKO, Adjunct, e-mail: kaiser25@yandex.ru
Department of Navy Avionics Equipment
VALERY OSUHOVSKY, Doctor of Physical and Mathematical Sciences, Professor, e-mail: gon@ich.dvo.ru
Department of Physics and General Engineering Disciplines
Pacific Higher Naval School named after S.O. Makarov
6 Kamsky Lane, Vladivostok, 690062, Russia
ALEXANDR RATNIKOV, Head of the Laboratory, Department of Mechanics and Mathematical Modeling, School of Engineering, e-mail: ratnikov.aa@dvfu.ru
Far Eastern Federal University
8 Sukhanova St., Vladivostok, 690091, Russia

Experimental installation for testing the technological process of glass metal composite cylindrical shells manufacturing

Abstract: The paper presents a description of the uniquely designed experimental setup for the glass-metal composite cylindrical shells manufacture by the spin casting method, made with the aim of developing the technology of manufacturing and standardizing of equipment for small-scale production of cylindrical shells of various sizes, which are the main structural element of durable hulls of underwater vehicles. To specify the scope of the program for studying the strength properties of cylindrical shells of glass-metal composite by finite element modeling methods, the stress-strain state of the shells under loading was considered for various versions of their geometry.
Keywords: glass metal composite, cylindrical shell, robust housing, spin casting method.

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