In this paper, a brief review of the corrosion mechanism in buried pipe and modes of failure is provided together with the available corrosion models. Moreover, the sensitivity analysis is performed to understand the influence of corrosion model parameters on the remaining life estimation. Further, the probabilistic analysis is performed to propagate the uncertainty in the corrosion model on the estimation of the renaming life of the pipe. Finally, the comparison among the corrosion models on the basis of the remaining life estimation will be provided to improve the renewal plan
A simple yet practical model to estimate the time dependence of metal loss (ML) in underground pipel...
ABSTRACT: The present paper is concerned with estimating the reliability of un-derground pipelines s...
Premature and frequent failures by rapid corrosion in a pressurised underground bitumen coated mild ...
In this article, a novel approach for estimating the time-dependent reliability of a buried pipe und...
Corrosion is a serious concern for asset managers and owners of the buried pipelines. Millions of do...
Underground metal pipes are essential infrastructure for water and energy transport. Although the li...
Corrosion is a serious concern for owners and managers of buried pipelines as it can cause time depe...
Corrosion has been known as the main reason causing material and structural deterioration. Although ...
In the present work, life prediction of a buried pipeline was estimated based on corrosion rates. Fr...
This paper presents an updated review of the external corrosion and failure mechanisms of buried nat...
Deterioration of buried metal pipes due to corrosive soil environment is a major issue worlwide. Alt...
It is essential to predict the lifetime of buried pipelines since they are not easily accessible for...
The steels of pipelines for the transport of hydrocarbons are stressed by damage phenomena, particul...
Underground pipes are essential infrastructure for the transport of water, oil and gas. The presence...
Soil corrosivity is not a directly measurable parameter and pipe corrosion is largely a random pheno...
A simple yet practical model to estimate the time dependence of metal loss (ML) in underground pipel...
ABSTRACT: The present paper is concerned with estimating the reliability of un-derground pipelines s...
Premature and frequent failures by rapid corrosion in a pressurised underground bitumen coated mild ...
In this article, a novel approach for estimating the time-dependent reliability of a buried pipe und...
Corrosion is a serious concern for asset managers and owners of the buried pipelines. Millions of do...
Underground metal pipes are essential infrastructure for water and energy transport. Although the li...
Corrosion is a serious concern for owners and managers of buried pipelines as it can cause time depe...
Corrosion has been known as the main reason causing material and structural deterioration. Although ...
In the present work, life prediction of a buried pipeline was estimated based on corrosion rates. Fr...
This paper presents an updated review of the external corrosion and failure mechanisms of buried nat...
Deterioration of buried metal pipes due to corrosive soil environment is a major issue worlwide. Alt...
It is essential to predict the lifetime of buried pipelines since they are not easily accessible for...
The steels of pipelines for the transport of hydrocarbons are stressed by damage phenomena, particul...
Underground pipes are essential infrastructure for the transport of water, oil and gas. The presence...
Soil corrosivity is not a directly measurable parameter and pipe corrosion is largely a random pheno...
A simple yet practical model to estimate the time dependence of metal loss (ML) in underground pipel...
ABSTRACT: The present paper is concerned with estimating the reliability of un-derground pipelines s...
Premature and frequent failures by rapid corrosion in a pressurised underground bitumen coated mild ...