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14122 total products found.
Picture for 01348 CORROSION SIMULATION FOR THE PROCESS
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01348 CORROSION SIMULATION FOR THE PROCESS INDUSTRY

Product Number: 51300-01348-SG
ISBN: 01348 2001 CP
Author: Andrzej Anderko and Narasi Sridhar
$20.00
Picture for 99295 EROSION/CORROSION OF HVOF SPRAYED
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99295 EROSION/CORROSION OF HVOF SPRAYED COATINGS.

Product Number: 51300-99295-SG
ISBN: 99295 1999 CP
Author: S. Simard, B. Arsenault, J.G. Legoux, H. M. Hawthorne
$20.00
Picture for 00270 NAVAL AVIATION CORROSION CHALLENGES
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00270 NAVAL AVIATION CORROSION CHALLENGES AND SOLUTIONS

Product Number: 51300-00270-SG
ISBN: 00270 2000 CP
Author: Dale L. Moore
$20.00
Picture for Effect of Sodium Chloride Concentration on the Corrosion of Carbon Steels and Stainless Steels in CO
Available for download
Picture for 99045 CORROSION MANAGEMENT OF WET GAS
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99045 CORROSION MANAGEMENT OF WET GAS PIPELINES

Product Number: 51300-99045-SG
ISBN: 99045 1999 CP
Author: R. A. Connell, S. D. Kapusta & B.F.M. Pots
$20.00
Picture for 98579 FACTORS CONTROLLING NAPHTHENIC ACID
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98579 FACTORS CONTROLLING NAPHTHENIC ACID CORROSION

Product Number: 51300-98579-SG
ISBN: 98579 1998 CP
Author: E Slavcheva, B Shone, A Turnbull
$20.00
Picture for 04436 A Galvanic Sensor for Monitoring the
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04436 A Galvanic Sensor for Monitoring the Corrosion Damage of Buried Pipelines. Part 2 - Laboratory Electrochemical Testing of Sensors in Soil

Product Number: 51300-04436-SG
ISBN: 04436 2004 CP
Author: Yoon-Seok Choi and Jung Gu Kim, SungKyunKwan University
$20.00
Picture for 06414 Application of electrochemical noise
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06414 Application of electrochemical noise technique to study the resistance corrosion of SS-316 stainless steel exposed in an aqueous lithium bromide solution

Product Number: 51300-06414-SG
ISBN: 06414 2006 CP
Author: C. Cuevas Arteaga, F. Domínguez Crescencio
$20.00
Picture for Next Generation Reinforced Concrete Corrosion Modeling With Interdependent Initiation And Propagation Stages
Available for download

Next Generation Reinforced Concrete Corrosion Modeling With Interdependent Initiation And Propagation Stages

Product Number: 51321-16848-SG
Author: Alberto A. Sagues; Christopher L. Alexander
Publication Date: 2021
$20.00
Picture for Application of X-ray Powder Diffraction Techniques in Identification of Unknown Materials Formed in
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51312-01292-Application of X-ray Powder Diffraction Techniques in Identification of Unknown Materials Formed in

Product Number: 51312-01292-SG
ISBN: 01292 2012 CP
Author: Syed Rehan Zaidi
Publication Date: 2012
$20.00
Picture for 03443 DIFFERENTIAL ER-TECHNOLOGY FOR MEASURING
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03443 DIFFERENTIAL ER-TECHNOLOGY FOR MEASURING DEGREE OF ACCUMULATED CORROSION AS WELL AS INSTANT CORROSION RATE

Product Number: 51300-03443-SG
ISBN: 03443 2003 CP
Author: L.V. Nielsen, K.V. Nielsen
$20.00
Picture for High Level Corrosion Risk Assessment Methodology For Refined Hydrocarbon Products
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High Level Corrosion Risk Assessment Methodology For Refined Hydrocarbon Products

Product Number: 51319-13047-SG
Author: Mushaid Nauman
Publication Date: 2019
$20.00

Assessing corrosion risks and developing inspection and mitigation measures forms a vital part of any Asset Integrity Management (AIM) system. Improving asset reliability is crucial as the risks attached with the asset failure can be catastrophic in terms of human life environment and monetary loss. Knowledge about the asset degradation mechanisms affects critical decisions regarding maintenance inspection regimes and investment plans. Typically less than 10% of assets carry 95% of the risk thus making higher knowledge of individual “asset” integrity key to minimizing risk across any one business system. Achieving this highest possible performance of an asset against the lowest possible costs whilst ensuring safe operation is a challenge faced by many operators. Most of the emphasis from operators is given to upstream and processing facilities that hold a valid high in service deterioration risk because they face harsh and corrosive conditions. However the facilities installed downstream in particular the storage and transport of refined hydrocarbon products are often considered in the same “fit and forget” philosophy. Operators often apply makeshift solutions in case of any failure but problems can recur which besides denting the operational excellence can affect the environment and safety.Refined hydrocarbon products such as Jet A1 LPG and ULG 91/95 etc. are not generally corrosive to the metals and alloys that are used for their storage and transport; however they do contain dissolved water organic sulphides and oxygen containing compounds that can cause corrosion over the time. Conventional corrosion prediction models are not relevant since the acid gases are not present. In order to overcome this limitation and to allow corrosion risk assessment of both existing and aging facilities an alternative in-house corrosion risk assessment methodology has been developed. This methodology helps in order to dilute the corrosion risks associated with these facilities in a well-structured process as practiced for one of the major operators in the Middle East. This paper discusses the methodology used to model the corrosion rates and risk assessment involving both probability and consequences within these product streams.Key Words: jet A1 unleaded gasoline (ULG) liquefied petroleum gas (LPG) oxygen flowrate carbon dioxide (CO2) hydrogen sulphide (H2S)

Picture for Evaluation of Corrosion Risk by DC Stray Current: a Study of the EN ISO 21857 Standard Criteria
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Picture for 99508 CORROSION CONTROL OF SHIPBOARD
Available for download

99508 CORROSION CONTROL OF SHIPBOARD VENTILATION SYSTEMS

Product Number: 51300-99508-SG
ISBN: 99508 1999 CP
Author: Beau Ernst Brinckerhoff
$20.00
Picture for 98088 IN-LINE INSPECTION TOOLS FOR CRACK
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98088 IN-LINE INSPECTION TOOLS FOR CRACK DETECTION IN GAS AND LIQUID PIPELINES

Product Number: 51300-98088-SG
ISBN: 98088 1998 CP
Author: N. I. Uzelac, H. H. Willems, O. A. Barbian
$20.00
Picture for Corrosion And Chemical Characterization Of Bio-Oils From Biomass With Varying Ash And Moisture Contents
Available for download

Corrosion And Chemical Characterization Of Bio-Oils From Biomass With Varying Ash And Moisture Contents

Product Number: 51321-16726-SG
Author: James R Keiser; Gavin L Warrington; Samuel A Lewis; Sr, Raynella M Connatser; Jiheon Jun; Jun Qu; Kyungjun Lee; Michael P Brady
Publication Date: 2021
$20.00
Picture for 01130 STRESS CORROSION CRACKING OF ANNEALED
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01130 STRESS CORROSION CRACKING OF ANNEALED AND COLD WORKED TITANIUM GRADE 7 AND ALLOY 22 IN 110 °C CONCENTRATED SALT ENVIRONMENTS

Product Number: 51300-01130-SG
ISBN: 01130 2001 CP
Author: G.M. Gordon, P.L. Andresen, P.W. Emigh, L.M. Young
$20.00
Picture for 98611 Corrosion Mitigation Under Disbonded
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98611 Corrosion Mitigation Under Disbonded Coating

Product Number: 51300-98611-SG
ISBN: 98611 1998 CP
Author: Pedro F. Lara, Ernest Klechka
$20.00
Picture for 02131 ENVIRONMENTALLY ASSISTED CRACKING IN...
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02131 ENVIRONMENTALLY ASSISTED CRACKING IN THE PULP AND PAPER INDUSTRY

Product Number: 51300-02131-SG
ISBN: 02131 2002 CP
Author: Robert S. Charlton and Angela Wensley
$20.00
Picture for 03563  MIC OF STAINLESS STEEL PIPES IN SEWAGE
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03563 MIC OF STAINLESS STEEL PIPES IN SEWAGE TREATMENT PLANTS

Product Number: 51300-03563-SG
ISBN: 03563 2003 CP
Author: T. Mathiesen, E. Rislund, T.S. Nielsen, J.E. Frantsen
$20.00
Picture for Role of Metallographic Characterization in Failure Analysis – Case Studies
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Role of Metallographic Characterization in Failure Analysis – Case Studies

Product Number: MPWT19-14379
Author: Syed Ahsan Ali
Publication Date: 2019
$0.00

Conducting a materials failure analysis requires a carefully planned series of steps intended to
arrive at the cause of the problem. Consistent with the current trend towards better accountability
and responsibility, failure analysis purpose has been extended in deciding which party may be
liable for losses, be they loss of production, property damage, injury, or fatality [1]. Hence it
increases the importance of proper implementation of characterization tools in failure analysis to
rightly identify the failure mode.
Present work discusses a few case studies to shed light upon the importance of the metallurgical
characterization tools and techniques in identification of correct failure mode. Some typical case
studies where metallography plays a very important role have been discussed, such as improper
welding joints which led to premature failure, sensitization and stress corrosion cracking in S.S.,
improper heat treatment and forging indicated the microstructures which led to the premature
failure. These cases are examples of only a few laboratory based investigations which justify that
without metallography it is not possible to diagnose the causes of premature failures.
Generally, examination of failed components commence with the low-power stereomicroscope
whereas hand-held magnifying lenses are still in wide use by experts to study fractures mostly
limited now for field purpose [2]. Metallographic examination typically is performed after nondestructive
and macroscopic examination procedures while using the light optical microscopy
which helps to assess the failure mode with respect to material defects, shortcomings in
processing, metallurgical changes etc. Since light optical microscopy has limited value for direct
observation of fracture surfaces (more limited for metals than non-metals), with still more factual
information can be gathered by scanning electron microscopy at higher magnification.

Picture for AC Corrosion At Other Frequencies Part A: Field Investigation And Mitigation
Available for download

AC Corrosion At Other Frequencies Part A: Field Investigation And Mitigation

Product Number: 51321-16807-SG
Author: Wolfgang Fieltsch, P. Eng.; Fation Shahinas, P. Eng.; Andreas Junker Olesen, Ph.D., Eng.; Lars Vendelbo Nielsen, Ph.D., Eng.
Publication Date: 2021
$20.00
Picture for 00824 EFFECT OF CHLORINE AND AMMONIA RESIDUALS
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Picture for 11183 Predicting Conditions in Coating Disbonded Regions on Buried Pipes in Nuclear Plants
Available for download

11183 Predicting Conditions in Coating Disbonded Regions on Buried Pipes in Nuclear Plants

Product Number: 51300-11183-SG
ISBN: 11183 2011 CP
Author: Fengmei Song
Publication Date: 2011
$20.00
Picture for 02219 CORROSION EFFECTS ON THE CULTURAL...
Available for download

02219 CORROSION EFFECTS ON THE CULTURAL HERITAGE

Product Number: 51300-02219-SG
ISBN: 02219 2002 CP
Author: Miguel A. Sanchez-Gomez and Miguel A. Esteso
$20.00
Picture for 97046 THE USE OF ACPD TECHNIQUE IN ASSESSING
Available for download

97046 THE USE OF ACPD TECHNIQUE IN ASSESSING CRACKING PROPAGATION AND KISSCC OF HIGH STRENGTH OCTG MATERIALS IN SOUR MEDIA

Product Number: 51300-97046-SG
ISBN: 97046 1997 CP
Author: R. Case, C. Sequera, J. R.Vera
$20.00
Picture for 96061 CORROSION PERFORMANCE OF MODIFIED
Available for download

96061 CORROSION PERFORMANCE OF MODIFIED 13CR OCTG

Product Number: 51300-96061-SG
ISBN: 96061 1996 CP
Author: M. Sugiyama, H. Asahi, T.Hara
$20.00
Picture for 99286 CRITICAL FACTORS OF COATINGS PERFORMANCE
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99286 CRITICAL FACTORS OF COATINGS PERFORMANCE IN KRAFT PULPING DIGESTERS

Product Number: 51300-99286-SG
ISBN: 99286 1999 CP
Author: Michael Calkins, A.A. Verstak and V.E. Baranovski
$20.00
Picture for 96331 ANALYSIS OF POLARIZATION DECAY OF
Available for download

96331 ANALYSIS OF POLARIZATION DECAY OF REINFORCED CONCRETE IN SALTWATER

Product Number: 51300-96331-SG
ISBN: 96331 1996 CP
Author: Ashok Kumar, Jeffrey H. Boy
$20.00