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14620 total products found.
Picture for 00536 AWS PLASTIC WELDING IMPLEMENTATION
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00536 AWS PLASTIC WELDING IMPLEMENTATION

Product Number: 51300-00536-SG
ISBN: 00536 2000 CP
Author: L. Ted Hutton
$20.00
Picture for 03055 Application of Thermodynamics to
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03055 Application of Thermodynamics to Testing Solvent Resistance of Tank Linings

Product Number: 51300-03055-SG
ISBN: 03055 2003 CP
Author: Fred Pfaff, Brett Moyer
$20.00
Picture for 02317 PREDICTION AND KINETICS OF CARBONATE...
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02317 PREDICTION AND KINETICS OF CARBONATE SCALING FROM OIL FIELD WATERS

Product Number: 51300-02317-SG
ISBN: 02317 2002 CP
Author: Terje Qstvold and Preben Randhol
$20.00
Picture for 07437 LEGIONNAIRES’ DISEASE: THE IMPACT OF AN OUTBREAK FROM A LEGAL PERSPECTIVE
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07437 LEGIONNAIRES’ DISEASE: THE IMPACT OF AN OUTBREAK FROM A LEGAL PERSPECTIVE

Product Number: 51300-07437-SG
ISBN: 07437 2007 CP
Author: Ragna Henrichs and Ashley P. Aiello
Publication Date: 2007
$20.00
Picture for Material Testing and FFS Modelling for HTHA of Less-Common Alloys: C-0.3Mo
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Material Testing and FFS Modelling for HTHA of Less-Common Alloys: C-0.3Mo

Product Number: 51324-21142-SG
Author: Jorge Penso; Nathaniel Sutton; Brandon Rollins
Publication Date: 2024
$40.00
Tremendous attention has been devoted to understanding the behavior of common engineering alloys in high temperature hydrogen service. Nelson curves from API RP 9411 are available for the alloys most widely used in HTHA service. However, the aging international fleet of equipment in hydrogen service, across the refining, petrochemical and fertilizer industries means that in-service equipment constructed from less-common alloys must sometimes be evaluated for HTHA. The authors are involved with an 10-year joint industry project studying HTHA. One major outcome of this project is a volumetric HTHA damage FFS model which incorporates stresses from methane pressure within the material into an MPC Omega Multiaxial damage formula. A crack growth model using the fracture mechanics parameter C* (commonly used in creep crack growth)12 is also under development. These two are related in that the C* crack growth law parameters can be calculated utilizing the MPC Omega material creep properties. With sufficient creep data for an uncommon alloy like C-0-.3Mo, lot centered MPC Omega creep properties can be regressed. Such data have been compiled by the authors and resulting Omega creep properties are reported. These creep properties, along with other material properties, are used in the HTHA damage progression and the C* crack growth models. Model predictions using this approach are compared to historically available ex-service HTHA data from API RP 9411 for alloys with Mo contents between that of carbon steel and C-0.5Mo. Selective testing (creep and crack growth testing in both air and hydrogen environments) is in-progress to verify the FFS approach.
Picture for Materials Selection for Oil and Gas Production Systems—Use of ISO 21457
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51313-02268-Materials Selection for Oil and Gas Production Systems—Use of ISO 21457

Product Number: 51313-02268-SG
ISBN: 02268 2013 CP
Author: Stein Olsen
Publication Date: 2013
$20.00
Picture for 03567 SURFACE PROPERTIES OF GALVANIZED METALS
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03567 SURFACE PROPERTIES OF GALVANIZED METALS AND ATTACHMENT BY THE BACTERIUM JANTHINOBACTERIUM LIVIDUM

Product Number: 51300-03567-SG
ISBN: 03567 2003 CP
Author: C.K. Wan, Hongzhe Sun, Ji-Dong Gu,
$20.00