Dr. Netta Omer
Academic Background
A Ph. D. degree from the Mechanical Engineering Dept. of the Ben Gurion University of the Negev, majoring in Higher Order Finite Element techniques, asymptotic solutions for partial differential equations and numeric methods for elliptical equations in a singular linear environment.
Professional Background
Dr Omer’s professional experience includes the development and design of testing and calibration systems as part of her job at the Applied Materials company, the development of algorithms for image processing during her stint at the Israel Aerospace Industries and 12 years in lecturing, 6 years of which were spent at the Faculty of Mechanical Engineering of the Ben Gurion University of the Negev and the other 6 years at the Mechanical Engineering Dept of Afeka College, where she has served at the Head of the Department for two years.
Publications
N.Omer, Z.Yosibash, M.Costabel and M.Dauge. "Edge flux intensity functions in polyhedral domains and their extraction by a quasidual function method", International Journal of Fracture, 129(2): 97–130, 2004.
N.Omer and Z.Yosibash. "On the path dependency of the point-wise J integral in three-dimensions", International Journal of Fracture, 136: 1–36, 2005.
Z.Yosibash, N.Omer, M.Costabel and M.Dauge. "Edge stress intensity functions in polyhedral domains and their extraction by a quasidual function method", International Journal of Fracture, 136: 37–73, 2005.
Z.Yosibash and N.Omer. "Numerical Methods for Extracting Edge Stress Intensity Functions in Anisotropic Three-Dimensional Domains", Computer Methods in Applied Mechanics and Engineering, 196: 1261–1277, 2007.
N.Omer and Z. Yosibash. "Edge singularities in three-dimensional elastic anisotropic and multi-material domains", Computer Methods in Applied Mechanics and Engineering, 197: 959–978, 2008.
Z.Yosibash, N. Omer and M.Dauge. "Edge stress intensity functions in 3-D anisotropic composites", Composites Science and Technology, 68: 1216-1224, 2008.
N.Omer and Z.Yosibash. “Singular asymptotic expansion of the elastic solution along an edge which material properties depend on the angular coordinate”, Mathematics andMechanics of Solids, 2016. DOI: 10.1177/1081286516666133.
N. Omer. “Singularity analysis forelastic clamped domains along an edge around which material properties depend on the angular coordinate”, Engineering Fracture Mechanics, 172: 106-116, 2017
Netta Omer
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