Personal menu

Search

Filters

07103 Corrosion Fatigue Testing of Armor Wire Material in Subsea Environment

Picture for 07103 Corrosion Fatigue Testing of Armor Wire Material in Subsea Environment

Available for download

Product Number: 51300-07103-SG

ISBN: 07103 2007 CP

Author: Elizabeth A. Trillo, Russell D. Kane, Andrew D. Ethridge, and Richard Clements

Publication Date: 2007

Member Price: $0.00

Non Member Price: $20.00

Price: $20.00

Qty:

High strength armoring wire utilized in flexible piping systems for offshore applications is subject to harsh service conditions including serve stress loadings and corrosive environments. Thus, the wire materials must exhibit optimum strength and fatigue properties as well as resistance to environmental cracking. This paper presents a testing program that evaluated the corrosion fatigue behavior of several different high strength tensile armor wire materials. The testing regime consisted of a novel corrosion fatigue test that was based on a simple cantilever beam principle for three point bending. The test was developed as a means to rapidly compare and assess final product form in different environments. The S-N curves for several different conditions are presented. The test conditions included seawater and stimulated annulus conditions at ambient temperature. Variables such as wireline size, strength, solution, gaseous environment, presence of cathodic protection and material condition were analyzed and compared to different production armor wire form. It was determined that all of these parameters can be effectively evaluated utilizing the corrosion fatigue test described herein.

Overview

High strength armoring wire utilized in flexible piping systems for offshore applications is subject to harsh service conditions including serve stress loadings and corrosive environments. Thus, the wire materials must exhibit optimum strength and fatigue properties as well as resistance to environmental cracking. This paper presents a testing program that evaluated the corrosion fatigue behavior of several different high strength tensile armor wire materials. The testing regime consisted of a novel corrosion fatigue test that was based on a simple cantilever beam principle for three point bending. The test was developed as a means to rapidly compare and assess final product form in different environments. The S-N curves for several different conditions are presented. The test conditions included seawater and stimulated annulus conditions at ambient temperature. Variables such as wireline size, strength, solution, gaseous environment, presence of cathodic protection and material condition were analyzed and compared to different production armor wire form. It was determined that all of these parameters can be effectively evaluated utilizing the corrosion fatigue test described herein.

Product tags

Also Purchased

Picture for Corrosion Fatigue Behaviour of High Strength Steel Wire in Various Aqueous Environments

Available for download

51315-5605-Corrosion Fatigue Behaviour of High Strength Steel Wire in Various Aqueous Environments

Product Number: 51315-5605-SG

ISBN: 5605 2015 CP

Author: Peter Barnes

Publication Date: 2015

$0.00

Picture for Fatigue Life of Armour Wires in Flexible Pipes in Sour Deaerated Artificial Seawater and Air Envir

Available for download

51315-5717-Fatigue Life of Armour Wires in Flexible Pipes in Sour Deaerated Artificial Seawater and Air Environments by Dynamic 4-Point-Bending

Product Number: 51315-5717-SG

ISBN: 5717 2015 CP

Author: Eigil Ottesen-Hansen

Publication Date: 2015

$20.00

Picture for Corrosion Testing of Steel Armour Wires in Flexible Pipes—A Parametric Study

Available for download

51315-5829-Corrosion Testing of Steel Armour Wires in Flexible Pipes—A Parametric Study

Product Number: 51315-5829-SG

ISBN: 5829 2015 CP

Author: Arne Dugstad

Publication Date: 2015

$0.00

Recently viewed

07103 Corrosion Fatigue Testing of Armor Wire Material in Subsea Environment

Popular tags

View all