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ANALYSIS OF INDENTATION DEPTH DEPENDENCE OF ELASTIC PROPERTIES OF INTER-LAYER DIELECTRIC FILMS ON SILICON

Masayuki Fujitsuka, Makoto Yamaguchi, Shigeru Ueno, Genichiro Kamiyama, Shigeo Katayama

MEASUREMENT OF A RESIDUAL IMPRESSION BY THE LASER SCANNING MICROSCOPE WITH DIC UNIT

Harald Kohlhoff, Christian Ullner

VERIFICATION OF THE STANDARD MACHINE FOR THE MACRO RANGE OF INSTRUMENTED INDENTATION TEST

Min-Jae Choi1, Kyung-Woo Lee, Ju-Young Kim, Kwang-Ho Kim, Dongil Kwon

APPLICATION OF INSTRUMENTED INDENTATION TECHNIQUE TO ESTIMATE STRENGTH AND RESIDUAL STRESS

Motofumi Ohki, Tatsuya Ishibashi, Jun Kinoshita, Hiroki Uchiyama

APPLICATION OF INDENTATION TEST TO THE EVALUATION OF TBC YOUNG’S MODULUS

Yusuke Yoshikawa, Shigeo Katayama, Satoshi Takagi, Tatsuya Ishibashi, Motofumi Ohki

DIFFERENCES OF PERFORMANCE BETWEEN THE STEEL STANDARD BLOCKS FOR HARDNESS MADE IN JAPAN AND THAT IN GERMANY IN THE DISPLACEMENT RANGE FROM NANO TO MICROMETER

Rugkanawan Kongkavitool, Satoshi Takagi, Takashi Usuda

TEST-LOCATION SPECIFICATION BY MEANS OF HARDNESS MAPPING ON VICKERS BLOCK SURFACE

Samuel Low, Rodney Jiggetts

RECENT CHANGES AND ADDITIONS TO THE HARDNESS TEST METHODS DEVELOPED AND PUBLISHED BY ASTM-INTERNATIONAL

Li Ma, Sam Low, John Song

INVESTIGATION OF BRINELL INDENTATION DIAMETER FROM CONFOCAL MICROSCOPE MEASUREMENT AND FEA MODELING

Renato R. Machado, Sérgio P. de Oliveira, Claudio A. Koch, Islei D. da Silva, Bianca da C. O. Muniz

INFLUENCE OF DIFFERENT NUMERICAL APERTURES ON HARDNESS VALUES USING AN AUTOMATIC SYSTEM OF MEASUREMENT

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