Stress analysis of layered thick-walled composite pipes subjected to bending loading

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Abstract

The current study is focused on stress analysis of multi-layered thick-walled fibre reinforced composite pipes subjected to bending loading. The composite pipes manufactured by filament winding technology of different lay-ups and designs are considered. The research focuses on the pipes with multi layered outer part and thin homogeneous inner layer. It gives comparative analysis of stresses distribution in the pipes with inner homogeneous layer and inner composite layer of 0° fibre orientation. The multi-parametric investigation of stress distribution as a function of the inner layer material properties, its thickness, the number of layers, lay-up and the magnitude of bending load was carried out.
Original languageEnglish
Pages (from-to)289–299
Number of pages11
JournalInternational Journal of Mechanical Sciences
Volume88
Early online date5 Jun 2014
DOIs
Publication statusPublished - Nov 2014

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stress analysis
Stress analysis
Pipe
composite materials
Composite materials
Stress concentration
stress distribution
Filament winding
filament winding
lay-up
Fiber reinforced materials
fiber orientation
Materials properties
Fibers
fibers

Keywords

  • fibre-reinforced composite
  • thick-walled pipes
  • bending load
  • stress distribution

Cite this

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title = "Stress analysis of layered thick-walled composite pipes subjected to bending loading",
abstract = "The current study is focused on stress analysis of multi-layered thick-walled fibre reinforced composite pipes subjected to bending loading. The composite pipes manufactured by filament winding technology of different lay-ups and designs are considered. The research focuses on the pipes with multi layered outer part and thin homogeneous inner layer. It gives comparative analysis of stresses distribution in the pipes with inner homogeneous layer and inner composite layer of 0° fibre orientation. The multi-parametric investigation of stress distribution as a function of the inner layer material properties, its thickness, the number of layers, lay-up and the magnitude of bending load was carried out.",
keywords = "fibre-reinforced composite, thick-walled pipes, bending load, stress distribution",
author = "M. Menshykova and Guz, {I. A.}",
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AU - Guz, I. A.

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N2 - The current study is focused on stress analysis of multi-layered thick-walled fibre reinforced composite pipes subjected to bending loading. The composite pipes manufactured by filament winding technology of different lay-ups and designs are considered. The research focuses on the pipes with multi layered outer part and thin homogeneous inner layer. It gives comparative analysis of stresses distribution in the pipes with inner homogeneous layer and inner composite layer of 0° fibre orientation. The multi-parametric investigation of stress distribution as a function of the inner layer material properties, its thickness, the number of layers, lay-up and the magnitude of bending load was carried out.

AB - The current study is focused on stress analysis of multi-layered thick-walled fibre reinforced composite pipes subjected to bending loading. The composite pipes manufactured by filament winding technology of different lay-ups and designs are considered. The research focuses on the pipes with multi layered outer part and thin homogeneous inner layer. It gives comparative analysis of stresses distribution in the pipes with inner homogeneous layer and inner composite layer of 0° fibre orientation. The multi-parametric investigation of stress distribution as a function of the inner layer material properties, its thickness, the number of layers, lay-up and the magnitude of bending load was carried out.

KW - fibre-reinforced composite

KW - thick-walled pipes

KW - bending load

KW - stress distribution

U2 - 10.1016/j.ijmecsci.2014.05.012

DO - 10.1016/j.ijmecsci.2014.05.012

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JO - International Journal of Mechanical Sciences

JF - International Journal of Mechanical Sciences

SN - 0020-7403

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