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"
}