PhD and MSc Theses

PhD and MSc Theses, since 1988

Advisor ASSOCIATE PROF. Dan Mordehai
Advisor's Email danmord@technion.ac.il
No of theses 16
Department Mechanical Engineering
Department Web Site meeng.technion.ac.il
Student's Name Graduation Year Degree Abstracts Research Name
Kositski Roman 2021 PhD Abstracts Shock-Induced Plasticity in Body Centered Cubic Metals
Malka-Markovitz Alon 2021 PhD Abstracts Multiscale Modelling of Dislocation Cross-Slip in Face Centered Cubic Metals
Ben Avraham Paz 2021 MSc Abstracts Edge Dislocation Motion in Molecular Dynamics Simulations of Au
Nisany Stav 2021 MSc Abstracts Nucleation-Controlled Plasticity of Nanospecimens with Multiple Nucleation Site-Types
Gur Arie Gil 2021 MSc Abstracts Towards a General Atomistic Landau-Ginsburg Model for Calculation of Twin Boundary Properties and Barriers for their Motion
Epstein Shahar 2020 MSc Abstracts The Effective Mass of Partial Dislocations in Cu
Pinto Yarden 2019 MSc Abstracts Size Effect on Oscillation Modes of Metallic Nanowires in Molecular Dynamics Simulations
Danino Bar David 2019 MSc Abstracts Relations between Material Properties and Barriers for Twin Wall Motion in Ferroic Materials
David Omer 2018 MSc Abstracts Strength and Ductility of Twinned Metallic Nanowires
Gorelik Leon 2018 MSc Abstracts Mechanical Properties of Thin Coatings in Molecular Dynamics Simulations
Feruz Yosi 2017 MSc Abstracts The Strength of Nanoparticles with Face-Centered Cubic (FCC) Lattice Structure under Compression in Molecular Dynamics Simulation
Sheinkman Sagi 2017 MSc Abstracts The Collective Effect of a Dislocation Network on their Climb Rate
Chachamovitz Doron 2017 MSc Abstracts The Activation Parameters for Heterogeneous Dislocation Nucleation in Mo Nanoparticles
Kositski Roman 2016 MSc Abstracts The Strength of Nanoparticles with Body-Centered Cubic (BCC) Lattice Structure
Shreiber Koren 2015 MSc Abstracts Modeling the Strength of Ni3Al Nanocubes Using Molecular Dynamics Simulations
Chen Sagi 2015 MSc Abstracts The Dependence of Mechanical Properties on the Nanograins Distribution in HCP Metals