Influence of Various Annealing Temperatures on the Long-term Strength under Corrosion of a Molybdenum Alloyed 13% Chromium Steel in Chloride Containing Media.

Kh G. Schmitt-Thomas; H. Meisel; W. D. Haubenberger

Influence of Various Annealing Temperatures on the Long-term Strength under Corrosion of a Molybdenum Alloyed 13% Chromium Steel in Chloride Containing Media.

Translated title of the contribution: Influence of Various Annealing Temperatures on the Long-term Strength under Corrosion of a Molybdenum Alloyed 13% Chromium Steel in Chloride Containing Media.

Kh G. Schmitt-Thomas, H. Meisel, W. D. Haubenberger

Medicine and Health

Research output: Contribution to journal › Article › peer-review

Abstract

Corrosion fatigue tests were peformed at varied levels of tensile strength of the material X20CrMo 13 at temperatures of 150 and 200 degree C. A considerable decrease in the resistance to corrosion fatigue could be observed with increasing tensile strength of the material. As expected, the material shows a distinct sensitivity to stress corrosion at the highest tensile strength. Analyses of the microstructure reveal a layer on the samples which is expected to have a good protective effect against corrosion.

Translated title of the contribution	Influence of Various Annealing Temperatures on the Long-term Strength under Corrosion of a Molybdenum Alloyed 13% Chromium Steel in Chloride Containing Media.
Original language	English
Pages (from-to)	421-427
Number of pages	7
Journal	Materials and Corrosion
Volume	32
Issue number	10
State	Published - 1981

Cite this

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abstract = "Corrosion fatigue tests were peformed at varied levels of tensile strength of the material X20CrMo 13 at temperatures of 150 and 200 degree C. A considerable decrease in the resistance to corrosion fatigue could be observed with increasing tensile strength of the material. As expected, the material shows a distinct sensitivity to stress corrosion at the highest tensile strength. Analyses of the microstructure reveal a layer on the samples which is expected to have a good protective effect against corrosion.",

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AU - Meisel, H.

AU - Haubenberger, W. D.

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AB - Corrosion fatigue tests were peformed at varied levels of tensile strength of the material X20CrMo 13 at temperatures of 150 and 200 degree C. A considerable decrease in the resistance to corrosion fatigue could be observed with increasing tensile strength of the material. As expected, the material shows a distinct sensitivity to stress corrosion at the highest tensile strength. Analyses of the microstructure reveal a layer on the samples which is expected to have a good protective effect against corrosion.

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Influence of Various Annealing Temperatures on the Long-term Strength under Corrosion of a Molybdenum Alloyed 13% Chromium Steel in Chloride Containing Media.

Abstract

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