Corrosion-Fatigue and Cathodic Protection of Mild Steel

Minami, Yoshio; Takada, Hiroyoshi

doi:10.3323/jcorr1954.7.6_336

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2005

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“…30,31 This potential is slightly positive (noble) to the generally referenced value to mitigate general corrosion in natural waters -780 mV SCE or -850 mV (vs. a Cu-CuSO 4 electrode). Also, it was shown that the fatigue strength could be improved by polarization to more negative potentials.…”

Section: Carbon Steelsmentioning

confidence: 92%

Advanced testing methods for studying the mechanical behavior of materials

Shipilov

2005

JOM

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Feature OverviewThis article considers some problems associated with the selection of metallic materials used in engineering structures and environments. A common dilemma in engineering is the proliferation of newly designed (mostly high-strength and/or corrosion-resistant) steels and alloys that are unusable in industry as they are highly susceptible to failure under operating conditions including environmentally assisted cracking. The problem of materials failure has several sources, the most signifi cant of which is how engineers select which material to use in which industry.

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Section: Carbon Steelsmentioning

confidence: 92%

Advanced testing methods for studying the mechanical behavior of materials

Shipilov

2005

JOM

View full text Add to dashboard Cite

show abstract

Corrosion-Fatigue and Cathodic Protection of Mild Steel

Cited by 1 publication

References 0 publications

Advanced testing methods for studying the mechanical behavior of materials

Advanced testing methods for studying the mechanical behavior of materials

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