Producción Científica Profesorado

Evaluation of the Corrosion Behavior in the SAE 1018 Carbon Steel Pipelines that Carry Potable Water Applying Acquisition and Data Processing



Lara Ordaz, Herbert

2011

H.Lara-Ordaz, E. Bolaños-Rodríguez y J.M. Ramírez-Hernández. Evaluation of the Corrosion Behavior in the SAE 1018 Carbon Steel Pipelines that Carry Potable Water Applying Acquisition and Data Processing. ECS Transactions-Montreal, QC, Canadá, Volume 35 ISSN 1938-5862 (Print)


Abstract


This work deals with the monitoring of physical variables influencing the corrosion process suffered by SAE 1018 carbon steel pipelines used potable water supply in a region of Hidalgo State, Mexico, by data acquisition card (DAQ) from four sensors: conductivity, pH, chloride concentration, and temperature supported by a graphical user interface through LabView 9.0. The obtained mains results show the potable water is not the cause of the possible faults or cracking in the carbon steel pipelines.



Producto de Investigación UAEH




Artículos relacionados

Evaluation of the Corrosion Behavior in the SAE 1018 Carbon Steel Pipelines that Carry Potable Water...

Síntesis de una agrupación lineal uniforme para la cancelación de interferentes mediante una novedos...

Diseño y Evaluación de Prototipo de Mano Robot Controlada por Impulsos Mioeléctricos

Control and Monitoring of Corrosion in SAE 1018 Carbon Steel Pipelines Using Microcontrollers dsPIC ...

Método de umbralado por determinación de pixeles para la segmentación de elementos en imágenes aplic...

Failures Prediction of Pipelines Carrying Natural Gas Using Bees Algorithm

Empleo de Procesamiento Digital de Imágenes para la Determinación de las Causas de Fallas en el Acer...

Modeling Based on Markov Chains, for the Evolution Pitting Corrosion in Buried Pipelines Carrying Ga...

Evaluación del comportamiento de tuberías de acero al carbono utilizadas para el suministro de agua ...

Determining the Cause of Faults in the SAE 1018 Carbon Steel Used in Potable Water Pipelines by Mean...