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Parametric analysis on the global design of flexible riser under different environmental conditions using OrcaFlex

The application of flexible risers has led to increased production of fluid contents in the marine industry. This paper presents the design challenges of a flexible riser subjected to internal pressure under deep-water conditions, at a water depth of 2000 m. Parametric variations with extensive dyna...

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Bibliographic Details
Main Authors: Amaechi C.V., Butler H.O., Beddu S.B., Syamsir A., Ja?e I.A., Reda A., Ju X.
Other Authors: 57204818354
Format: Article
Published: Public Library of Science 2025
Subjects:
Equipment Design
Models, Theoretical
Pressure
Article
bending moment
biocompatibility
biomechanics
computer aided design
cytotoxicity
dynamic positioning
dynamics
elemental analysis
environment
environmental parameters
finite element analysis
flexible riser
geometry
hydrodynamics
length of riser
machine learning
Morison equation
motion
Number of layer
parametric analysis
pressure
reinforcement (psychology)
riser static analysis
shear stress
speed depth
surface speed
target segment length
tension
velocity
von Mises stress
water depth
Young modulus
equipment design
theoretical model
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