Publication detail
The Influence of the Nonhomogeneous Temperature Field on the Optimal Winding Prestress of the Compound Pressure Vessel
SUCHÁNEK, M. VRBKA, J.
English title
The Influence of the Nonhomogeneous Temperature Field on the Optimal Winding Prestress of the Compound Pressure Vessel
Type
journal article - other
Language
en
Original abstract
The completed ribbon-winding theory, including temperature loading of the high-pressure compound vessel was proposed. The influence of the bending stress in the wound ribbon is taken into account. Internal core of the compound vessel consists of matrix and ring, made of different materials. The relations were derived in analytical form, describing the radial distribution of necessary tangential prestressing.
English abstract
The completed ribbon-winding theory, including temperature loading of the high-pressure compound vessel was proposed. The influence of the bending stress in the wound ribbon is taken into account. Internal core of the compound vessel consists of matrix and ring, made of different materials. The relations were derived in analytical form, describing the radial distribution of necessary tangential prestressing.
Keywords in English
Presure vessel, winding theory, temperature loading
RIV year
1996
Released
01.11.1996
ISSN
0094-9930
Journal
Trans. ASME, Journal of Pressure Vessel Technology
Volume
1996
Number
Vol.118
Pages count
8
BIBTEX
@article{BUT38201,
author="Miroslav {Suchánek} and Jan {Vrbka},
title="The Influence of the Nonhomogeneous Temperature Field on the Optimal Winding Prestress of the Compound Pressure Vessel",
journal="Trans. ASME, Journal of Pressure Vessel Technology",
year="1996",
volume="1996",
number="Vol.118",
month="November",
issn="0094-9930"
}