Authors: N. Tayebi and A.K. Tayebi
Affilation: Case Western Reserve University, United States
Pages: 491 - 494
Keywords: linear elastic fracture mechanics, MEMS reliability, numerical methods, meshless methods, boundary element methods
Non-conventional finite element analysis (FEA) based on linear elastic fracture mechanics (LEFM) is applied to fractured MEMS specimens with notches. The objective of this paper is to test the applicability of LEFM at mesoscale and to evaluate the application of newly developed FEA methods to MEMS fracture analysis. The displacement discontinuity method and the element free Galerking meshless method are used. The tested cases consisted of specimens in the form of notched cantilever beams, and double cantilever beams suspended by an anchor by two thin beams. A good correlation with some experiments is obtained.
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