Liav Daraf
Ph.D. student (jointly with Dr. Lior Atia)
Development of numerical and experimental model for the tumor cell progression and metastasis
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Ph.D. student (jointly with Dr. Lior Atia)
Development of numerical and experimental model for the tumor cell progression and metastasis
Post Doctoral Scholar
Development of advanced numerical methodology for simulation of emergencies in nuclear reactor
Ph.D. student (jointly with Dr. Oz Oshri)
Investigation of volume-constrained deformation of a thin sheet within viscous fluid
M.Sc. student (prospective)
Development of accelerated numerical framework for the simulation of two-way coupled fluid-structure interaction
Structural and refractive index profile prediction of fused optic fiber components: numerical and experimental study.
For the thesis click here
Anisotropization of quasi-static magnetohydrodynamic turbulence under the action of a static magnetic field
For the thesis click here
Fluid and charged particles flow
under the influence of an electric field
For the thesis click here
Ph.D. student (jointly with Dr. Lior Atia)
Development of numerical and experimental model for the tumor cell progression and metastasis
For the thesis click here
Numerical simulation of three-dimensional eletro-thermobuoyant flows in enclosure
For the thesis click here
Development of methods for thermo-hydraulic simulation of nuclear reactors and similar systems in normal working conditions and in transient processes.
For the thesis click here
Development of a numerical methodologybased on the Immersed Boundary method for simulation of incompressible viscous flow in the presence of rigid bodies with periodically moving boundaries.
For the thesis click here
Immersed boundary method for investigation of confined thermally driven flows
For the thesis click here
Investigation of natural convection in
porous medium by immersed boundary
method
For the thesis click here
Design and analysis of swimming pure wave robot with a single motor