On the Temperature-Related Mechanical Properties of UV-LIGA Nickel Material

Author:

Yuan Shuang Shi1,He Guang1,Zhang Ming1,Li Guo Zhong1

Affiliation:

1. Beijing Institute of Technology

Abstract

MEMS nickel material is commonly used for structural material in micro devices. In order to study the effect of environmental temperature on its mechanical properties,this paper has built up a experimental system which can measure the temperature-related static mechanical parameters of the UV-LIGA nickel material. By using the system for uniaxial tensile experiments of the micro specimen under different temperature, the stress-strain curves of the micro specimen under different temperature were obtained; the mechanical parameters of the micro specimen such as elastic modulus, yield stress and failure stress under different temperature were also calculated out;Finally, the relationship between temperature and mechanical parameters including elastic modulus, yield stress and failure stress was analyzed.

Publisher

Trans Tech Publications, Ltd.

Subject

Mechanical Engineering,Mechanics of Materials,General Materials Science

Reference6 articles.

1. Yi Futing, Research of LIGA Technology, Institute of High Energy physics chinese Academy of Science , (2000).

2. Libing Zheng, Gengchen Shi, Material Properties of LIGA Nickel Based on electroformed processing, Functional Materials and Devices Journal[J], 2010: 222-226.

3. Bin He, The Development of Micro Tensile Experiment and the Evaluation of the mechanical properties of Micro Structures[D], Harbin Industrial University, (2011).

4. Xiaoke Li, Test technology research on the dynamic characteristics of high-temperature environment of MEMS component[D], Dalian University of Technology, (2009).

5. Yajun Wang, On the Dynamic Mechanical Characteristics of Typical MEMS Material and Structure in Complex Environment[D], Beijing:Beijing Institute of Technology, (2013).

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