Jilin University

Zunqiang Fan

Hongwei Zhao

Luquan Ren

Daining Fang

Zhichao Ma

Yongmao Pei

Shizhong Zhang

Kun Hong

Changyi Liu

Jingshi Dong

Qingwei Zhuang

Xiaoli Hu

Panfeng Zhang

Jingchun Ma

Hongbing Cheng

Jing Gao

Xiaolong Dong

Kehong Tang

Qixun Zhang

Fu Zhang

Qing Zou

Yuxiang Zhu

Yong Hu

Hui Fan

Tao Shang

Zhihui Zhang

Jianping Li

Hu Huang

Yongchen Zhou

Xianhua Liu

Zhuang Ren

Yuansen Qiao

Jiwen Sun

A system for in-situ testing of mechanical properties of materials in static and dynamic load spectra, that includes: an Arcan biaxial clamping subsystem, a press-in test subsystem, a biaxial fatigue test subsystem, a biaxial pre-tension loading subsystem, a signal detection subsystem, and a support and adjustment subsystem. A combined guide mechanism in the Arcan biaxial clamping subsystem is rigidly connected to a guide mechanism support block, an x-direction three sensor base and a y-direction force sensor base in the support and adjustment subsystem by threaded connections, respectively. A laser transmitter, a voice coil motor and a laser receiver in the press-in test subsystem are rigidly connected to a two-degree-of-freedom electric moving platform for the laser transmitter, a two-degree-of-freedom electric moving platform for the voice coil motor and a two-degree-of-freedom electric moving platform for the laser receiver in the support and adjustment subsystem by threaded connections, respectively.

System and method for in-situ testing of mechanical properties of materials in static and dynamic load spectra

An in-situ testing equipment for testing micromechanical properties of a material in a multi-load and multi-physical field coupled condition is disclosed. The equipment comprises a frame supporting module, a tension/compression-low cycle fatigue module, a torsioning module (), a three-point bending module (), an impressing module (), a thermal field and magnetic field application module (), an in-situ observation module () and a clamp body module (). The testing equipment is capable of realizing applications of five different types of loads including tension/compression, low cycle fatigue, torsion, bending and impressing, performing an intensive study on micromechanical properties of the material in the multi-load and multi-physical field coupled condition by using built-in electric, thermal and magnetic application modules and the in-situ observation module, and acquiring relations between deformation behavior, mechanism of damage, performance weakening of the material, applied loads and material properties.

In-situ testing equipment for testing micromechanical properties of material in multi-load and multi-physical field coupled condition

Growing community of inventors

Changchun, China

Zunqiang Fan