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One of the key elements of the SBD approach is a Tensile Strain Capacity (TSC) prediction model for pipelines, which is usually provided in the form of an equation based on Finite Element Analysis (FEA).
The contribution presented in this article can be considered as an extension of this work, because we present another space-temporal Liénard type model for pipelines but governed by fractional derivatives, which gives the opportunity to model unknown dynamics associated to fluid phenomena in the pipeline.
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A coupled fluid-structure model for pipeline integrity simulations has been developed.
The chapter also describes a finite-element model for pipeline installation analysis.
The purpose of developing this finite-element model for pipeline installation is to calculate the load effects on a pipeline during the installation of an in-line valve.
A novel model for pipeline optical sensor and monitoring unit is been proposed through this paper, which consist of fiber Bragg grating array functioning as sensor unit and base station consist of monitoring and transmission unit.
Landry moderated a session of the conference on new models for pipeline programs.
To ensure the safety and improve the efficiency of pipeline emergency repair, a high-pressure and long-distance circular pipe leakage simulation platform is designed and established by similarity analysis with a field transmission pipeline, and an integrated leakage detection and localization model for gas pipelines is proposed.
In this paper, a new statistical model for asynchronous pipelines based on Generalized Stochastic Petri Net (GSPN) has been developed.
Based on the non-linear finite element method, a numerical model for buried pipelines at strike-slip fault crossings under compression combined with bending was proposed at first.
In the present work, a hydrodynamic model for CO2 pipeline transport was built up and the hydrodynamic performances of CO2 pipeline as well as the impacts of multiple factors on pressure drop behavior along the pipeline were studied.
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