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Can I read Size Effects in Micro-bending Deformation of MEMS Devices Based on the Discrete Dislocation Theory on EtoBox?
Size Effects in Micro-bending Deformation of MEMS Devices Based on the Discrete Dislocation Theory by Shan Tang; Chen Zhu; Yue-Guang Wei is a Mathematics article available to read on EtoBox.
What is Size Effects in Micro-bending Deformation of MEMS Devices Based on the Discrete Dislocation Theory about?
In the present research, the discrete dislocation theory is used to analyze the size effect phenomena for the MEMS devices undergoing micro-bending load. A consistent result with the experimental one in literature is obtained. In order to check the effectiveness to use the discrete dislocation theory in predicting the size effect, both the basic version theory and the updated one are adopted simultaneously. The normalized stress-strain relations of the material are obtained for different plate thickness or for different obstacle density. The prediction results are compared with experimental results.
Who reads Size Effects in Micro-bending Deformation of MEMS Devices Based on the Discrete Dislocation Theory?
It is typically read by researchers, students, and practitioners in Mathematics.
- Author
- Shan Tang; Chen Zhu; Yue-Guang Wei
- Publisher
- Walter de Gruyter GmbH
- Published
- 2002
- Language
- EN
- Field
- Mathematics (Physical Sciences)