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sample rayan results

Rayan is a multi-physics in-house CFD code I have been developing since 2007.


Active Electrokinetic Micromixer simulation by Kamyar Maleki using Rayan

Active electrokinetic micromixer simulation by Kamyar Maleki using Rayan 
Active electrokinetic micromixer simulation by Kamyar Maleki using Rayan 
Active electrokinetic micromixer simulation by Kamyar Maleki using Rayan 
Active electrokinetic micromixer simulation by Kamyar Maleki using Rayan 
Active electrokinetic micromixer simulation by Kamyar Maleki using Rayan 
Active electrokinetic micromixer simulation by Kamyar Maleki using Rayan 

Passive Electrokinetic Micromixer simulation by Sepideh Ghaderian using Rayan

Passive Electrokinetic Micromixer simulation by Sepideh Ghaderian using Rayan 

Deformable Micromixer simulation by Ahmadreza Omidvar using Rayan (dynamic mesh)

Deformable Micromixer simulation by Ahmadreza Omidvar using Rayan (dynamic mesh) 

 

MAHDI SANI

Current Appointment
Assistant Professor. 
SUT-Kish Int'l Campus

Mahdi Sani

Linked in

Summary

Education

PhD, SUT (2005-2011)
CFD, Bio-fluidics
MSc, SUT (2002-2005)
CFD, LES
BSc, TU (1997-2002)
CFD, Compressible flow

Work Experience

Assistant Professor, SUT-Kish (2009-Now)
Higer Education
Teaching, Research, Management
Consulting Eng., Pargas Iran (2008-2009)
Oil/Gas/Marine
Industrial CFD, Basic design, Reverse Eng.
Mechanical Eng., Monenco Iran (2005-2007)
Power
Design/Review, Piping, HVAC
Mechanical Eng., Sadra (IMICo) (2004-2005)
Oil/Gas/Marine
Construction, Shipyard

Research Topics

Currently, most of my research is focused on:

  • Numerical methods (mainly in CFD):
    • Dynamic mesh,
    • Multi-grid (especially Algebraic MG: AMG),
    • Immersed boundary/interface.
  • Application of numerical methods to problems of interest:
    • Multiphysics (especially electrokinetics),
    • Micro-fluidics (especially micro-mixers)
    • Aerosol,
    • Bio-fluidics,
    • Fluid-solid (structure) interaction (FSI),

Research Interests

My research interests include:

  • CFD: Polyhedral FVM, Dynamic Meshes, Fluid/Structure Interaction (FSI), LES, Multi-Physics Modeling, Particle Tracking, Adaptive Meshes, Parallel Processing, GPU, Multi-Grid.
  • Aerosol: Physics, Measurement, Simulation, Combustion, Interaction with Continuous Phase and Turbulence, Multi-Physics Phenomena like Electric Field Effects, Condensation and Evaporation, Droplet Formation.
  • Turbulence: Physics, Simulation (LES and DNS), Modeling, Interaction with other phenomena such as combustion, discontinuous phase and acoustic.
  • Micro-Fluidics: Electrokinetics, Electrophoresis, Dielectrophoresis (DEP), Lab-on-Chip (LOC), Micro-Mixers, Micro-Valves, Micro-Pumps.
  • Bio-Fluidics: Modeling biological systems, Living tissue, Targeted Drug delivery.
  • Eager to take on any new challenge.

and I take any opportunity to pursue my interest.

For the complete research profile and list of publications please refer to my CV.