Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
The Fluid-structure Coupling Analysis of Steel-Wire-Reinforced Flexible Pipe Under Inner Fluid Pressure Impact
View through CrossRef
Identifying dynamic characteristics of the fluid filled steel-wire-reinforced flexible pipe is vital in controlling the pipe vibration. A direct fluid-structure coupling method based on finite element analysis is proposed and validated by modal simulation of an oil filled T-shape pipe. An innovative way of modeling steel-wire-reinforced rubber pipe is put forward. The modeling method is validated by modal test of the water-filled pipe. The 2nd Mooney-Rivlin constitutive model is used for the rubber material. Transient dynamic simulations of a bending steel-wire-reinforced pipe filled with water under step and sine-shape pressure impact are performed for the first time. Different fluid turbulence models are used to evaluate the influences on pipe vibration. The dynamic characteristics of the water filled flexible pipe is researched under different fluid pressures. The vibration peak frequencies of the water-filled pipe under various impact excitations coincide well with the fluid-structure coupling modes of the pipe.
Title: The Fluid-structure Coupling Analysis of Steel-Wire-Reinforced Flexible Pipe Under Inner Fluid Pressure Impact
Description:
Identifying dynamic characteristics of the fluid filled steel-wire-reinforced flexible pipe is vital in controlling the pipe vibration.
A direct fluid-structure coupling method based on finite element analysis is proposed and validated by modal simulation of an oil filled T-shape pipe.
An innovative way of modeling steel-wire-reinforced rubber pipe is put forward.
The modeling method is validated by modal test of the water-filled pipe.
The 2nd Mooney-Rivlin constitutive model is used for the rubber material.
Transient dynamic simulations of a bending steel-wire-reinforced pipe filled with water under step and sine-shape pressure impact are performed for the first time.
Different fluid turbulence models are used to evaluate the influences on pipe vibration.
The dynamic characteristics of the water filled flexible pipe is researched under different fluid pressures.
The vibration peak frequencies of the water-filled pipe under various impact excitations coincide well with the fluid-structure coupling modes of the pipe.
Related Results
Optimized Design of Pipe-in-Pipe Systems
Optimized Design of Pipe-in-Pipe Systems
Abstract
Deepwater subsea developments must address the flow assurance issues and increasingly these are forming a more critical part of the design. Pipe-in-pipe ...
A New Generation of Flexible Pipe
A New Generation of Flexible Pipe
ABSTRACT:
Flexible pipe, an unbonded, composite construction consisting of steel and thermoplastic layers manufactured in long continuous lengths, was first intro...
Pipe-in-Pipe Swaged Field Joint for Reel Lay
Pipe-in-Pipe Swaged Field Joint for Reel Lay
Abstract
Subsea 7 and ITP InTerPipe (ITP) have developed a highly efficient Pipe in Pipe technology to be installed by the Reel-Lay method. This solution is based...
Bonga: Oil Off-loading System using Flexible Pipe
Bonga: Oil Off-loading System using Flexible Pipe
Abstract
A number of large deep water oil fields offshore West Africa are developed on the basis of a large spread moored FPSO with a CALM buoy located at a safe ...
Analyzing Well Performance VII
Analyzing Well Performance VII
Introduction
Analyzing well performance is an important step toward increasing profits by improving production techniques. The analysis is made by field tests and...
The interaction between neural populations: Additive versus diffusive coupling
The interaction between neural populations: Additive versus diffusive coupling
AbstractModels of networks of populations of neurons commonly assume that the interactions between neural populations are via additive or diffusive coupling. When using the additiv...
Dynamics of a Near- Surface Pipeline Tow
Dynamics of a Near- Surface Pipeline Tow
1. Introduction
This project arose from a series of experiments carried out by the Melbourne node of the Australian Maritime Engineering Cooperative Research Cent...
Flexible Thermosetting Pipe
Flexible Thermosetting Pipe
The typified as flexible thermosetting pipe, is a new product, developed initially in response to the need for a non-metallic replacement for steel pipe used for oil and gas produc...