Suspended rotary rapid positioning in-situ indentation/deepened arc indentation testing device

Abstract

The invention relates to a suspended rotary rapid positioning in-situ indentation/deepened arc indentation testing device and belongs to the field of mechanical and electronic integrated precise instruments. The device comprises a suspended rotary rapid positioning module, a deepened arc indentation testing module, a micro-nano indentation module and an in-situ observation module, wherein the micro-nano indentation module and the in-situ observation module are integrated on the suspended rotary rapid positioning module; the deepened arc indentation testing module is composed of an indentation tester and a test piece supporting platform together; and the test piece supporting platform is composed of two parts, namely a shear-type electric lifting table and an electric rotating platform. The device disclosed by the invention has the advantages that the device is novel in structure, has motor-driven rapid feed ability and micro-nano-level piezoelectric micro actuating ability, and can be used for accurately testing the hardness, elasticity modulus, scratching resistance and other mechanical property performances of the test materials. The loading displacement resolution reaches a micro-nano level, and the loading force resolution reaches a micro-Newton level. The effective test means is provided for mechanical behaviors and service behaviors of the materials.

Description

technical field [0001] The present invention relates to the field of electromechanical integrated precision instruments, in particular to a precision mechanical testing system integrating precision driving, loading, signal detection, in-situ observation, micro-nano indentation, and variable-depth arc scratch testing, especially a A hanging rotary quick positioning in-situ indentation / deep arc scratch test device. Background technique [0002] As one of the three pillar industries in the development of modern society, material testing has attracted much attention and is a necessary means to test the mechanical properties of materials. Compared with traditional testing techniques for mechanical properties of materials, such as tension, compression, bending, torsion, etc., indentation testing and scratch testing at the micro-nano scale have gradually come into the sight of researchers in order to meet the testing needs of the growing material field . [0003] In-situ micro-na...

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Problems solved by technology

At present, my country does not have the independent intellectual property rights of the above-mentioned technologies. In addition, there is no commercialized micro-nano indenta...

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