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- Meyer_hardness_test abstract "The Meyer hardness test is a rarely used hardness test based upon projected area of an impression. This is a more fundamental measurement of hardness than other hardness tests which are based on the surface area of an indentation. The principle behind the test is that the mean pressure required to test the material is the measurement of the hardness of the material. The mean pressure is calculated by dividing the load by the projected area of the indentation. The result is called the Meyer hardness, which has units of megapascals (MPa).An advantage of the Meyer test is that it is less sensitive to the applied load, especially compared to the Brinell hardness test. For cold worked materials the Meyer hardness is relatively constant and independent of load, whereas for the Brinell hardness test it decreases with higher loads. For annealed materials the Meyer hardness increases continuously with load due to strain hardening.Based on Meyer's law hardness values from this test can be converted into Brinell hardness values, and vice versa.The Meyer hardness test was devised by Prof. Eugene Meyer of the Materials Testing Laboratory at the Imperial School of Technology, Charlottenburg, Germany, circa 1908.".
- Meyer_hardness_test thumbnail Meyer_hardness_test_vs_brinell_hardness_test.png?width=300.
- Meyer_hardness_test wikiPageExternalLink ?id=b-9LdJ5FHXYC.
- Meyer_hardness_test wikiPageID "19660216".
- Meyer_hardness_test wikiPageLength "2573".
- Meyer_hardness_test wikiPageOutDegree "17".
- Meyer_hardness_test wikiPageRevisionID "653883101".
- Meyer_hardness_test wikiPageWikiLink Annealing_(metallurgy).
- Meyer_hardness_test wikiPageWikiLink Brinell_scale.
- Meyer_hardness_test wikiPageWikiLink Brinelling.
- Meyer_hardness_test wikiPageWikiLink Category:Hardness_tests.
- Meyer_hardness_test wikiPageWikiLink Charlottenburg.
- Meyer_hardness_test wikiPageWikiLink Hardness.
- Meyer_hardness_test wikiPageWikiLink Hardness_comparison.
- Meyer_hardness_test wikiPageWikiLink Knoop_hardness_test.
- Meyer_hardness_test wikiPageWikiLink Leeb_rebound_hardness_test.
- Meyer_hardness_test wikiPageWikiLink Meyers_law.
- Meyer_hardness_test wikiPageWikiLink Pascal_(unit).
- Meyer_hardness_test wikiPageWikiLink Projected_area.
- Meyer_hardness_test wikiPageWikiLink Rockwell_scale.
- Meyer_hardness_test wikiPageWikiLink Vickers_hardness_test.
- Meyer_hardness_test wikiPageWikiLink Work_hardening.
- Meyer_hardness_test wikiPageWikiLink File:Meyer_hardness_test_vs_brinell_hardness_test.png.
- Meyer_hardness_test wikiPageWikiLinkText "Meyer hardness test".
- Meyer_hardness_test wikiPageWikiLinkText "Meyer".
- Meyer_hardness_test wikiPageUsesTemplate Template:Citation.
- Meyer_hardness_test wikiPageUsesTemplate Template:Mech-engineering-stub.
- Meyer_hardness_test wikiPageUsesTemplate Template:Multicol.
- Meyer_hardness_test wikiPageUsesTemplate Template:Multicol-break.
- Meyer_hardness_test wikiPageUsesTemplate Template:Multicol-end.
- Meyer_hardness_test wikiPageUsesTemplate Template:Reflist.
- Meyer_hardness_test subject Category:Hardness_tests.
- Meyer_hardness_test comment "The Meyer hardness test is a rarely used hardness test based upon projected area of an impression. This is a more fundamental measurement of hardness than other hardness tests which are based on the surface area of an indentation. The principle behind the test is that the mean pressure required to test the material is the measurement of the hardness of the material. The mean pressure is calculated by dividing the load by the projected area of the indentation.".
- Meyer_hardness_test label "Meyer hardness test".
- Meyer_hardness_test sameAs Q6826456.
- Meyer_hardness_test sameAs m.04mwvsr.
- Meyer_hardness_test sameAs Q6826456.
- Meyer_hardness_test wasDerivedFrom Meyer_hardness_test?oldid=653883101.
- Meyer_hardness_test depiction Meyer_hardness_test_vs_brinell_hardness_test.png.
- Meyer_hardness_test isPrimaryTopicOf Meyer_hardness_test.
