Mukesh Kumar
Post Doctoral Scholar
Development of advanced numerical methodology for simulation of emergencies in nuclear reactor
Alumni
Dr. Eli Barami, Ph.D. Dr. Avihi Spizzichino, Ph.D. Mr. Liav Daraf, M.Sc.
Analytical and numerical study of Structural numerical simulations of fused Rheological model for tumor cell
heat transfer enhancement in liquid metal optical fiber components. Ph.D. thesis progression and metastasis.
by rotating magnetic field. Ph.D. thesis can can be seen here M. Sc. thesis can be seen here
be seen here
Mr. Shay Tor, M.Sc.
Investigation of laminar-turbulent
transition in a turbulent puff in
a pipe. M.Sc. thesis can be seen here
Mr. Dmitry Zviaga, M.Sc. Mr. Rafi Sela, M.Sc. Mr. Arnon Ratsabi, M.Sc.
Development of 3D flow model Development of numerical methodology Fluid and charged particles flow under
for simulation of accidental based on Immersed Boundary method the influence of an electric field at high
regimes in nuclear reactors. for simulation of incompressible viscous voltage. M.Sc. thesis can be seen here
M.Sc. thesis can be seen here flow in the presence of rigid bodies with
periodically moving boundaries. M.Sc. thesis
can be seen here
Mr. Shahar Idan, M.Sc Mr. Yosef Gulberg, M.Sc. Ms. Ilanit Waxman, M.Sc.
Flow control through use of Flow control through use of heterogeneous (jointly with Dr. D. Zarrouk)
porous media: An application to M.Sc. thesis can be seen here Robotic locomotion in viscous fluids
smart insulation of construction
blocks. M.Sc. thesis can be seen here
People
Kirill Goncharuk
Ph.D. student (jointly with Dr. Oz Oshri)
Investigation of volume-constrained
deformation of a thin shit within viscous fluid
Liav Daraf
Ph.D. student (jointly with Dr. Lior Atia)
Development of numerical and experimental model for the tumor cell progression and metastasis
Yohay Mayan
M.Sc. student
Modeling of multiphase flow under the action of electric field at high voltages and shear stresses
Erez Intarter
M.Sc. student (jointly with Dr. Oz Oshri)
Theoretical and numerical investigation of droplet-cantilever interaction.