Composite pipes in this study are composed of multi-layered filament-wound (FW)
structures. Each layer of the pipes is assumed to be anisotropy. Based on the three …

An analytical procedure is developed to design and predict the behavior of fiber reinforced
composite pressure vessels. The classical lamination theory and generalized plane strain …

This study aims to explore the crushing characteristics and failure modes of multiple filament
winding hybrid tubes. Two types of hybrid tubes, namely Glass fiber reinforced plastics …

The composite pipes manufactured by filament winding technology have anisotropic
behavior owing to different reinforced ply angles. Composite pipes can be exposed to the …

This is a presentation based on the classical laminated-plate theory of an elastic solution for
the thermal stress and strain in a filament-wound fiber-reinforced sandwich pipe subjected to …

The paper reviews practical applications of composite materials in oil and gas industry. A
special consideration has been paid to possible future opportunities in offshore and onshore …

In obtaining mechanical properties of filament-wound fibre reinforced plastic pipes,
standardized tests are often used to obtain bulk properties. Being a laminated composite …

In this work, the dynamic failure of Fiber Reinforced Metal Tubes (FRMTs) under inner blast
load was experimentally investigated. The FRMTs was prepared by winding the basalt fiber …

This paper presents a general and efficient stress analysis strategy for hollow composite
cylindrical structures consisting of multiple layers of different anisotropic materials subjected …

Based on the three-dimensional anisotropic elasticity, the stress analysis of multi-layered
filament-wound composite pipes subjected to cyclic internal pressure and temperature …