Abstract The purpose of the paper is to describe an algorithm for assessing the 50–60 Hz induced voltage and current, from a power cable in fault condition, on a nearby buried pipeline. The calculation method is a two‐step approach where both the steps are based on the solution of the transmission line model used first to characterize the inducing power cable and then the induced pipeline. The main result to be pointed out is the importance of the conductive coupling, often not considered, when modelling the phenomenon. In fact, neglecting the conductive coupling yields to underestimate the induced voltage and current along the pipeline
Metal pipelines are widely used for the transport of fluids and liquid and gaseous hydrocarbons. Whe...
This chapter presents some analysis of the modeling techniques used to evaluate the effects of elect...
The induced voltage on underground pipelines is a critical parameter to consider for equipment and p...
none5siThis paper outlines the state of the art in the field of AC interference assessment on buried...
The data presented in this article relate to the research article “A quasi-3D approach for the asses...
In this paper, the AC interference produced by an overhead power transmission line on a buried metal...
International audienceThe Analysis of electromagnetic interference between high voltage overhead pow...
This paper deals with the problem of AC interference on buried metallic pipelines located in proximi...
The purpose of this research is to investigate the severity of voltages induced on gas pipeline inst...
none3noThis work proposes a numerical methodology for the calculation of currents and voltages induc...
This paper presents a numerical approach based on the finite element method for the estimation of AC...
none3noThe electromagnetic interference caused by overhead power lines on nonparallel underground pi...
This PhD Dissertation deals with the problem of inductive interference of electric power lines, incl...
Electromagnetic interference effects caused by electric power lines on neighboring metallic utilitie...
Buried metallic pipelines are used to transmit the natural gas and petroleum products to the citizen...
Metal pipelines are widely used for the transport of fluids and liquid and gaseous hydrocarbons. Whe...
This chapter presents some analysis of the modeling techniques used to evaluate the effects of elect...
The induced voltage on underground pipelines is a critical parameter to consider for equipment and p...
none5siThis paper outlines the state of the art in the field of AC interference assessment on buried...
The data presented in this article relate to the research article “A quasi-3D approach for the asses...
In this paper, the AC interference produced by an overhead power transmission line on a buried metal...
International audienceThe Analysis of electromagnetic interference between high voltage overhead pow...
This paper deals with the problem of AC interference on buried metallic pipelines located in proximi...
The purpose of this research is to investigate the severity of voltages induced on gas pipeline inst...
none3noThis work proposes a numerical methodology for the calculation of currents and voltages induc...
This paper presents a numerical approach based on the finite element method for the estimation of AC...
none3noThe electromagnetic interference caused by overhead power lines on nonparallel underground pi...
This PhD Dissertation deals with the problem of inductive interference of electric power lines, incl...
Electromagnetic interference effects caused by electric power lines on neighboring metallic utilitie...
Buried metallic pipelines are used to transmit the natural gas and petroleum products to the citizen...
Metal pipelines are widely used for the transport of fluids and liquid and gaseous hydrocarbons. Whe...
This chapter presents some analysis of the modeling techniques used to evaluate the effects of elect...
The induced voltage on underground pipelines is a critical parameter to consider for equipment and p...