PhD and MSc Theses

PhD and MSc Theses, since 1988

Advisor Professor Amir Gat
Advisor's Email amirgat@technion.ac.il
Advisor's Home-Site http://gat.net.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
Gamus Benny 2020 PhD Abstracts Locomotion and Dynamics of Soft Robotic Actuators and Crawling Robots
Boyko Evgeniy 2020 PhD Abstracts Non-Uniform Electro-Osmotic Flow: From Microscale Flow Patterning to Fluid-Structure Interaction and Instability
Elbaz Shai 2019 PhD Abstracts Viscous Flows in Elastic Channels
Tulchinsky Arie 2019 PhD Abstracts Dynamics of Thin Viscous Films Interacting with Slender Elastic Media
Matia Yoav 2019 PhD Abstracts Dynamics of Solid-Liquid Composite Beams
Elfasi Roei 2017 MSc Abstracts Interaction between Two Closely-Spaced Waving Slender Elastic Cylinders Immersed in a Viscous Fluid
Achache Yonathan 2016 MSc Abstracts On the Annual Cycle of a Hovering Hummingbird Wing An Aerodynamics and Fluid Mechanics Perspective
Tahar Aviv 2020 MSc Abstracts Experimental Investigation of Impact Mitigation Properties of a Thin Viscous Film
Goldstein Lior 2019 MSc Abstracts Non-Newtonian Flows in Annular Shock-Absorbers
Jacob Hila Sarah 2019 MSc Abstracts Creeping Gas Flows Through Elastic Micro-Channels
Elimelech Tsah 2018 MSc Abstracts Experimental Study of Steady and Time Dependent Deformation of Soft Actuator by Internal Viscous Flow
Hassan Netanel 2018 MSc Abstracts Dynamics and Instabilities of an Arbitrarily Clamped Elastic Sheet in Potential Flow with Application to Shape-Morphing Airfoils
Vurgaft Amit 2018 MSc Abstracts Dynamics of Liquid-Filled Column and Truss Structures
Sarig Itai 2017 MSc Abstracts Interaction between Droplets in a Hele-Shaw cell
Friedman Jonathan 2017 MSc Abstracts Dynamic of a Thin Elastic Sphere Containing a Thin Liquid Layer Immersed in an Acoustic Region
Linshits Max 2014 MSc Abstracts The Effects of Internal Viscous Flow on the Deformation- Field, Stress-Field and Critical Buckling Load of Micro-Needles