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- Meyers_law abstract "Meyer's law is an empirical relation between the size of a hardness test indentation and the load required to leave the indentation. The formula was devised by Prof. Eugene Meyer of the Materials Testing Laboratory at the Imperial School of Technology, Charlottenburg, Germany, circa 1908.".
- Meyers_law wikiPageExternalLink ?id=b-9LdJ5FHXYC.
- Meyers_law wikiPageID "19680342".
- Meyers_law wikiPageLength "3157".
- Meyers_law wikiPageOutDegree "9".
- Meyers_law wikiPageRevisionID "611616900".
- Meyers_law wikiPageWikiLink Annealing_(metallurgy).
- Meyers_law wikiPageWikiLink Category:Hardness_tests.
- Meyers_law wikiPageWikiLink Charlottenburg.
- Meyers_law wikiPageWikiLink Empirical_evidence.
- Meyers_law wikiPageWikiLink Hardness.
- Meyers_law wikiPageWikiLink Indentation_hardness.
- Meyers_law wikiPageWikiLink Meyer_hardness_test.
- Meyers_law wikiPageWikiLink Relative_change_and_difference.
- Meyers_law wikiPageWikiLink Work_hardening.
- Meyers_law wikiPageWikiLinkText "Meyer's law".
- Meyers_law wikiPageUsesTemplate Template:Citation.
- Meyers_law wikiPageUsesTemplate Template:Convert.
- Meyers_law wikiPageUsesTemplate Template:Reflist.
- Meyers_law subject Category:Hardness_tests.
- Meyers_law hypernym Relation.
- Meyers_law type Agent.
- Meyers_law comment "Meyer's law is an empirical relation between the size of a hardness test indentation and the load required to leave the indentation. The formula was devised by Prof. Eugene Meyer of the Materials Testing Laboratory at the Imperial School of Technology, Charlottenburg, Germany, circa 1908.".
- Meyers_law label "Meyer's law".
- Meyers_law sameAs Q6826395.
- Meyers_law sameAs m.0g0l10.
- Meyers_law sameAs Q6826395.
- Meyers_law wasDerivedFrom Meyers_law?oldid=611616900.
- Meyers_law isPrimaryTopicOf Meyers_law.