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Unified theory of indentation hardness <i>H</i>IT in Instrumented Indentation Test : I.I.T. for Vickers & Berkovich indenters introducing indenter's shape correction factor <i>β </i>in case of Tangent depth method (2nd. Calculated values of the indentation hardness <i>H</i>IT & <i>H</i>IT(<i>β </i>) with the experimental data for the test force <i>Fmax </i>from 10 [mN] to 1960 [mN] using the Unified theory)
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- ISHIBASHI Tatsuya
- Professor Emeritus, Niigata Univ.
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- YOSHIKAWA Yusuke
- NIDEC Sankyo CMI Corporation
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- OHKI Motofumi
- Niigata University
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- MIYAHARA Kensuke
- National Institute for Materials Science
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- YAMAMOTO Takashi
- Yamamoto Scientific Tool Laboratory
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- FUJITSUKA Masayuki
- Japan Society for the Promotion of Machine Industry
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- YAMAMOTO Masayuki
- Yamamoto Scientific Tool Laboratory
Bibliographic Information
- Other Title
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- Unified theory of indentation hardness H[IT] in Instrumented Indentation Test : I. I. T. for Vickers & Berkovich indenters introducing indenter's shape correction factor β in case of Tangent depth method(2nd)Calculated values of the indentation hardness H[IT] & H[IT] (β) with the experimental data for the test force F[MAX] from 10[mN] to 1960[mN] using the Unified theory
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Journal
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- Journal of Material Testing Research Association of JAPAN
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Journal of Material Testing Research Association of JAPAN 67 (2), 54-66, 2022-04-15
Material Testing Research Association of JAPAN