Bend stiffener linear viscoelastic thermo-mechanical analysis. Part I — Experimental characterization and mathematical formulation-Reference-Cited by-同舟云学术

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Bend stiffener linear viscoelastic thermo-mechanical analysis. Part I — Experimental characterization and mathematical formulation

Published:2021-05 Issue: Volume:77 Page:102946
ISSN:0951-8339
Container-title:Marine Structures
language:en
Short-container-title:Marine Structures

Author:

Ariza Gomez Aynor J.,Caire Marcelo^ORCID,Torres Luis Carlos Absalon Rojas^ORCID,Vaz Murilo Augusto^ORCID

Funder

Conselho Nacional de Desenvolvimento Científico e Tecnológico

Publisher

Elsevier BV

Subject

Mechanical Engineering,Mechanics of Materials,Ocean Engineering,General Materials Science

Reference20 articles.

1. API 17B, Recommended Practice for Flexible Pipe,2002

2. Root cause analysis of bend stiffener failure during umbilical full-scale fatigue testing;Doynov,2016

3. A nonlinear viscoelastic bend stiffener steady-state formulation;Caire;Appl Ocean Res,2017

4. Characterization of seawater and weather aged polyurethane elastomer for bend stiffeners;de Oliveira;Polym Test,2017

5. Mechanical response of polymers:An introduction;Wineman,2000

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1. Flexural Bending and Fatigue Analysis of Functionally Graded Viscoelastic Materials: Experimental and Numerical Approaches;Physics and Chemistry of Solid State;2023-11-20

2. Effect of Water Absorption on the Mechanical Property and Failure Mechanism of Hollow Glass Microspheres Composite Epoxy Resin Solid Buoyancy Materials;China Ocean Engineering;2023-10

3. Thermo-mechanical coupled behavior of laminated beams with temperature-dependent viscoelastic interlayers;European Journal of Mechanics - A/Solids;2023-07

4. Novel triaxial experimental investigation on compressive behavior of hollow glass microspheres composites under varied temperature environments;Polymer Testing;2022-11

5. Thermo-mechanical analysis of laminated cylindrical shell with viscoelastic bonding interlayers;Composite Structures;2022-11

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