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Potential Theory Applied to Cathodic Protection Design, 2nd Edition

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  • Potential Theory Applied to Cathodic Protection Design, 2nd Edition
Potential Theory Applied to Cathodic Protection Design, 2nd Edition

NEW! The first edition of Potential Theory Applied to Cathodic Protection Design showcases the mathematical development of analytical equations for the design of cathodic protection (CP) systems for underground structures with anode groundbeds having various configurations. Equations include calculations for the resistance and voltage (potential) to assist the CP design engineer. 

This second edition has several important changes including updates on integral and analytic solutions for horizontal anodes in the same trench, an approach that was insufficiently developed in the first edition.

Also new for the second edition is an index for enhanced reader experience.

Other updates include:

•Generalization of groundbed resistance combining the equation for anodes with different length and depth, with the equation for different distance between anodes.
 
•Calculation of anode’s current in a groundbed, based on the crowding factor.
 
•Generalization of groundbed resistance combining the equation for anodes with different length and depth, with the equation for different distance between anodes.
 
•Calculation of anode’s current in a groundbed, based on the crowding factor.
 
•By means of the use of integral formulations, particularizes the use of the APM for any combination of underground anode systems.
 
2024 AMPP

 

Product Number: 37694-POD
ISBN: 978-1-57590-495-5
Author: Rogelio de las Casas, Ronald Bianchetti
Publication Date: 2024
Industries: Gas/Liquid Pipelines , Cathodic Protection , Pipelines, Tanks, and Underground Systems
$116.25
$155.00
$155.00

NEW! The first edition of Potential Theory Applied to Cathodic Protection Design showcases the mathematical development of analytical equations for the design of cathodic protection (CP) systems for underground structures with anode groundbeds having various configurations. Equations include calculations for the resistance and voltage (potential) to assist the CP design engineer. 

This second edition has several important changes including updates on integral and analytic solutions for horizontal anodes in the same trench, an approach that was insufficiently developed in the first edition.

Other updates include:

•Generalization of groundbed resistance combining the equation for anodes with different length and depth, with the equation for different distance between anodes.
 
•Calculation of anode’s current in a groundbed, based on the crowding factor.
 
•Generalization of groundbed resistance combining the equation for anodes with different length and depth, with the equation for different distance between anodes.
 
•Calculation of anode’s current in a groundbed, based on the crowding factor.
 
•By means of the use of integral formulations, particularizes the use of the APM for any combination of underground anode systems.
 
2024 AMPP

 

NEW! The first edition of Potential Theory Applied to Cathodic Protection Design showcases the mathematical development of analytical equations for the design of cathodic protection (CP) systems for underground structures with anode groundbeds having various configurations. Equations include calculations for the resistance and voltage (potential) to assist the CP design engineer. 

This second edition has several important changes including updates on integral and analytic solutions for horizontal anodes in the same trench, an approach that was insufficiently developed in the first edition.

Other updates include:

•Generalization of groundbed resistance combining the equation for anodes with different length and depth, with the equation for different distance between anodes.
 
•Calculation of anode’s current in a groundbed, based on the crowding factor.
 
•Generalization of groundbed resistance combining the equation for anodes with different length and depth, with the equation for different distance between anodes.
 
•Calculation of anode’s current in a groundbed, based on the crowding factor.
 
•By means of the use of integral formulations, particularizes the use of the APM for any combination of underground anode systems.
 
2024 AMPP

 

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