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Impact of Substrate Preheating on Weld Quality, Microstructure, Corrosion Resistance, and Mechanical Properties in Gas Tungsten Arc Welding of UNS S32750 Super Duplex Stainless Steel. [PDF]
Materials (Basel)da Cruz Junior EJ +7 more
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Hydrogen Embrittlement Sensitivity of X70 Welded Pipe Under a High-Pressure Pure Hydrogen Environment. [PDF]
Materials (Basel)Shuai K +7 more
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Proceedings, annual meeting, Electron Microscopy Society of America, 1989
The effects of hydrogen on the fracture of metals will be reviewed using a selection of observations based on the use of in situ environmental cell experiments. These were developed to allow understanding of the mechanisms of the failure process. The in situ technique, combined with use of the environmental cell, is well suited to mechanistic studies ...
H. K. Birnbaum, I. M. Robertson
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The effects of hydrogen on the fracture of metals will be reviewed using a selection of observations based on the use of in situ environmental cell experiments. These were developed to allow understanding of the mechanisms of the failure process. The in situ technique, combined with use of the environmental cell, is well suited to mechanistic studies ...
H. K. Birnbaum, I. M. Robertson
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Proceedings of the Institution of Mechanical Engineers, 1943
The paper contains the results of experimental work on caustic embrittlement. The type of apparatus chosen was based on one used in recent American work carried out by Straub and Bradbury (1938). In this, the solution to be tested is contained in a hollow sealed tubular specimen, heated to any desired temperature in the steam boiler range, and ...
E. W. Colbeck, L. Powell, S. H. Smith
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The paper contains the results of experimental work on caustic embrittlement. The type of apparatus chosen was based on one used in recent American work carried out by Straub and Bradbury (1938). In this, the solution to be tested is contained in a hollow sealed tubular specimen, heated to any desired temperature in the steam boiler range, and ...
E. W. Colbeck, L. Powell, S. H. Smith
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Journal of Materials Science, 1979
Liquid metal embrittlement is the reduction in the elongation to failure that can be produced when normally ductile solid metals are stressed while in contact with a liquid metal. This review describes its principal characteristics and the several models which have been advanced in attempts to explain the occurrence and different features of the ...
M. G. Nicholas, C. F. Old
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Liquid metal embrittlement is the reduction in the elongation to failure that can be produced when normally ductile solid metals are stressed while in contact with a liquid metal. This review describes its principal characteristics and the several models which have been advanced in attempts to explain the occurrence and different features of the ...
M. G. Nicholas, C. F. Old
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Journal of Fluids Engineering, 1944
Abstract In the introductory section of this paper, boiler embrittlement as a field of study is traced back toward the very invention and genesis of steam boilers. The study is traced through the miscellaneous researches of several countries up to the establishment of unified research in three institutions: Britain’s National Physical ...
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Abstract In the introductory section of this paper, boiler embrittlement as a field of study is traced back toward the very invention and genesis of steam boilers. The study is traced through the miscellaneous researches of several countries up to the establishment of unified research in three institutions: Britain’s National Physical ...
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Hydrogen Embrittlement: Mechanisms
2016This entry reviews hydrogen embrittlement mechanisms that have been proposed from the 1940s to date to explain the hydrogen-induced degradation phenomena occurring mainly in iron, steel, and their alloys. Hydrogen embrittlement mechanisms can be categorized into three types: brittle fracture, phase transformation, and ductile fracture.
Akihide Nagao +3 more
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