BS EN 2831:1993 Hydrogen embrittlement of steels. Test by slow bending
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This standard specifies the test method by slow bending, which is used to assess the hydrogen embrittlement of steels during chemical or electrolytic surface treatments.
This test is also used to verify the recovery of the initial ductility during de-embrittlement treatments.
It is applicable whenever referenced.
BS EN 2831 is an international standard that discusses the technical specifications of products of steel.
BS EN 2831 specifies the test method by slow bending, which is used to assess the hydrogen embrittlement of steels during chemical or electrolytic surface treatments for aerospace applications.
Who is BS EN 2831 - Hydrogen embrittlement of steels for?
BS EN 2831 on Hydrogen embrittlement of steels is relevant to:
Steel industries
Quality assurance personnel
Electrochemical engineers
Metallurgical engineers and metallurgists
Mechanical engineers
Testing authorities
Aeronautical engineers
Aerospace engineers
Aerospace and defence industries
Why should you use BS EN 2831 - Hydrogen embrittlement of steels?
A bending test is a method of testing materials for their bending strength and other important and relevant properties.
BS EN 2831 assists you to conduct the slow bending test for the assessment of the hydrogen embrittlement of steels. It covers the apparatus used i.e., the characteristics of the bending test machine used for carrying out the test.
BS EN 2831 describes the test method and procedure, which helps you to verify the recovery of the initial ductility during de-embrittlement treatments.
BS EN 2831 helps you with knowing the bending angle prior to chemical or electrolytic treatment, bending angle after surface treatment, and bending angle after de-embrittlement.
Mechanical testing; Hydrogen; Testing conditions; Test specimens; Embrittlement; Steels; Test equipment; Bend testing; Space technology; Air transport engineering; Dimensions
