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08432 Role of Carbon Steel Microstructure on SAC of Boiler Tubes

Product Number: 51300-08432-SG
ISBN: 08432 2008 CP
Author: Dong Yang and Preet M. Singh
Publication Date: 2008
$0.00
$20.00
$20.00
Waterside tube cracking is one of the major reasons for carbon steel boiler tube failure. Previous research has shown that the waterside cracking depends on environmental factors such as temperature, and dissolved oxygen. Failure analysis of failed industrial boiler tubes have shown that grain size and decarburized layer on the inner tube surface may play important roles on SAC cracking. Carbons steel samples were heat-treated to produce different microstructure features. A recirculation autoclave facility was set up, in which slow strain rate tests (SSRT) were carried out on heat-treated tensile samples to investigate the role of environment and microstructure on SAC crack initiation and propagation under simulated boiler water environment.
Waterside tube cracking is one of the major reasons for carbon steel boiler tube failure. Previous research has shown that the waterside cracking depends on environmental factors such as temperature, and dissolved oxygen. Failure analysis of failed industrial boiler tubes have shown that grain size and decarburized layer on the inner tube surface may play important roles on SAC cracking. Carbons steel samples were heat-treated to produce different microstructure features. A recirculation autoclave facility was set up, in which slow strain rate tests (SSRT) were carried out on heat-treated tensile samples to investigate the role of environment and microstructure on SAC crack initiation and propagation under simulated boiler water environment.
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