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97041 EFFECT OF COLD WORKING ON SSC RESISTANCE OF CARBON AND LOW ALLOY STEELS - A REVIEW

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Product Number: 51300-97041-SG
ISBN: 97041 1997 CP
Author: Richard S. Trescder, Robert P. Badrak
Industry: Materials Selection and Design
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A review of what is understcal about the relationship between cold work and resistance to stress corrosion cracking in carbon and low alloys steels was performed. This review was broken up into five sections containing Iiterature citations of field failures,three categories of laboratory results and test methods. A discussion follows which presents the known aspects of cold work with areas identified in which knowledge is Iacking. The areas in which further research is include ( 1)the effects of small amounts (the 1% - 4% range) of cold work on SSC resistance, (2) the effect of steel microstructure (Q&T versus as-hot worked or as-normalized),(3) the relative merits of the different SSC trots in measuring the effect of cold work, and (4) the impact of plastic strain on SSC tests. This review came to the conclusion that it was generally accepted that cold working reduces resistance to SSC in carbon and low alloy steels and that this reduction in resistance can be removed by stress relieving. It was also found that most of the published field failures which cited cold work were due to mechanic damage. Keywords: sulfide stress corrosion, low alloy steels, cold working, stress relieving, carbon steels, hydrogen embrittlement, SSC, forming, tubulars, coiled tubing, 13% Cr, 22% Cr, martensitic stainless steels, duplex stainless steels
A review of what is understcal about the relationship between cold work and resistance to stress corrosion cracking in carbon and low alloys steels was performed. This review was broken up into five sections containing Iiterature citations of field failures,three categories of laboratory results and test methods. A discussion follows which presents the known aspects of cold work with areas identified in which knowledge is Iacking. The areas in which further research is include ( 1)the effects of small amounts (the 1% - 4% range) of cold work on SSC resistance, (2) the effect of steel microstructure (Q&T versus as-hot worked or as-normalized),(3) the relative merits of the different SSC trots in measuring the effect of cold work, and (4) the impact of plastic strain on SSC tests. This review came to the conclusion that it was generally accepted that cold working reduces resistance to SSC in carbon and low alloy steels and that this reduction in resistance can be removed by stress relieving. It was also found that most of the published field failures which cited cold work were due to mechanic damage. Keywords: sulfide stress corrosion, low alloy steels, cold working, stress relieving, carbon steels, hydrogen embrittlement, SSC, forming, tubulars, coiled tubing, 13% Cr, 22% Cr, martensitic stainless steels, duplex stainless steels
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