Jilin University

Xiangyu Zong

Hongwei Zhao

Meng Zhang

Shunbo Wang

Jiru Wang

Shuilong Zhou

Jianhai Zhang

Zhaoxin Wang

Wenyang Wang

Honglong Li

Peng Liu

Cong Li

The present disclosure relates to a traceable in-situ micro- and nano-indentation testing instrument and method under variable temperature conditions. A macro-micro switchable mechanical loading module, a nano mechanical loading module and an indentation position optical positioning module are fixed on a gantry beam, an optical imaging axis of an optical microscopic in-situ observation or alignment module and a loading axis of the nano mechanical loading module are coplanar, the optical microscopic in-situ observation or alignment module and the function switchable module are mounted on a table top of a marble pedestal, and a contact or ambient mixed variable temperature module is fixedly mounted on the function switchable module. A modular design is adopted, the micro- and nano-indentation testing instrument is used as a core, in combination with a multi-stage vacuum or ambient chamber, an indentation depth traceability calibration module and multiple sets of optical microscopic imaging assemblies.

Traceable in-situ micro- and nano-indentation testing instrument and method under variable temperature conditions

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Changchun, China

Xiangyu Zong