Combined load mode mechanical-electrical and thermal-magnetic coupling material performance in-situ test instrument and method

A technology of composite load and material properties, which is used in the application of repetitive force/pulsation force to test the strength of materials, instruments, and the use of stable tension/pressure to test the strength of materials, etc. It can solve the problem of in-situ testing of material properties.

Active Publication Date: 2016-06-01
JILIN UNIV
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Problems solved by technology

[0004] The purpose of the present invention is to provide an in-situ test instrument and method for material properties coupled with force, electricity, heat and magnetism in a composite load mode, so as...

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  • Combined load mode mechanical-electrical and thermal-magnetic coupling material performance in-situ test instrument and method
  • Combined load mode mechanical-electrical and thermal-magnetic coupling material performance in-situ test instrument and method
  • Combined load mode mechanical-electrical and thermal-magnetic coupling material performance in-situ test instrument and method

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Embodiment Construction

[0046] The detailed content of the present invention and its specific implementation will be further described below in conjunction with the accompanying drawings.

[0047] see Figure 1 to Figure 19 As shown, the in-situ test instrument for the composite load mode electrothermal-magnetic coupling material performance of the present invention includes a composite load-multiphysics field loading test platform 1, an in-situ monitoring platform 2 and a vibration isolation base 3, and the vibration isolation base 3 is used to support composite load-multi-physics field loading test platform 1 and in-situ monitoring platform 2, providing basic installation and positioning for them, and providing effective vibration isolation treatment for the testing process; vibration isolation base 3 provides testing equipment The support of the whole machine and a stable and vibration-free experimental environment, if it is necessary to create a vacuum environment, the core parts such as the comp...

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Abstract

The invention relates to a combined load mode mechanical-electrical and thermal-magnetic coupling material performance in-situ test instrument and method, and belongs to the field of precise scientific instruments. The test instrument comprises three parts: namely a combined load-multi-physical field loading test platform, an in-situ monitoring platform and a vibration-isolating base, wherein the vibration-isolating base is mainly used for supporting the combined load-multi-physical field loading test platform and the in-situ monitoring platform, and provides a positioning service for installation of the platforms and effective vibration isolating treatment for various precise driving loading elements, detecting elements and in-situ monitoring elements; the in-situ monitoring platform realizes real-time dynamic and in-situ monitoring on micro deformation, injury mechanism, microstructure changes and property evolution of a material sample under the combined load condition by precisely adjusting the position and posture of various monitoring modules. The combined load mode mechanical-electrical and thermal-magnetic coupling material performance in-situ test instrument has the following advantages: the structure is miniaturized and lightened in weight, and the instrument body can be placed in an optionally equipped vacuum cavity, so that testing environments like low pressure, vacuum and inert gases can be provided for the material sample to be tested, and the practicability is high.

Description

technical field [0001] The invention relates to the field of precision scientific instruments, in particular to an in-situ test instrument and method for the performance of a force-electric-thermal-magnetic coupling material in a composite load mode. The in-situ test instrument and method for material microscopic properties under the combined load mode force-electricity-thermal-magnetic multi-physics field coupling loading conditions of the present invention can provide four mechanical loads of "tensile / compressive-low cycle fatigue-torsion-bending" One or more of them can also be used for typical functional materials to carry out microscopic performance tests under the multi-physical field coupling of "stress field-temperature field (high / low temperature)-electric field-magnetic field". Parallel load testing with coexistence of load modes. The in-situ micro-nano indentation test module embedded in the instrument can accurately measure the dynamic evolution of the indentation...

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Application Information

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IPC IPC(8): G01N3/00
CPCG01N3/00G01N3/068G01N3/18G01N3/32G01N3/42G01N3/48G01N3/54G01N3/62
Inventor 赵宏伟刘长宜马志超任露泉刘先华周永臣孙霁雯乔元森任壮洪坤张富范尊强张志辉呼咏董景石
Owner JILIN UNIV
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