CV


FA
Abas Ramiar

Abas Ramiar

Professor

College: Mechanical Engineering

Department: ThermoFluids

CV
FA
Abas Ramiar

Professor Abas Ramiar

College: Mechanical Engineering - Department: ThermoFluids

Work Experience

activity_titleactivity_descstartedAtendedAt
Thermodynamics 1(تنظیم نشده)(تنظیم نشده)
Thermodynamics 2(تنظیم نشده)(تنظیم نشده)
Thermodynamics Laboratory(تنظیم نشده)(تنظیم نشده)
Fluid Mechanics Lab.(تنظیم نشده)(تنظیم نشده)
Boundary Layer 1(تنظیم نشده)(تنظیم نشده)
Two-phase flow(تنظیم نشده)(تنظیم نشده)
Fundamentals of Computational Fluid Dynamics(تنظیم نشده)(تنظیم نشده)
MicroNano fluidix(تنظیم نشده)(تنظیم نشده)
Cooling and Refrigeration(تنظیم نشده)(تنظیم نشده)
Fluid Mechanics Laboratory(تنظیم نشده)(تنظیم نشده)
Thermal Machine Laboratory(تنظیم نشده)(تنظیم نشده)
Direct energy conversion(تنظیم نشده)(تنظیم نشده)
Fluid Mechanics 1(تنظیم نشده)(تنظیم نشده)
Computational Fluid Dynamics(تنظیم نشده)(تنظیم نشده)
Viscous flows(تنظیم نشده)(تنظیم نشده)
activity_titleactivity_descstartedAtendedAt
Design and numerical study on a microfluidic system for circulating tumor cells separation from whole blood using magnetophoresis and dielectrophoresis techniques01 January 2023(تنظیم نشده)
Experimental study of the effect of flow field design to PEM fuel cells performance01 January 2019(تنظیم نشده)
Influence of Stoichiometry on the Two-Phase Flow Behavior of Proton Exchange Membrane Electrolyzers01 January 2018(تنظیم نشده)
Numerical investigation of baffle shape effects on performance and mass transfer of proton exchange membrane fuel cell01 January 2022(تنظیم نشده)
Modeling of cooling radiant cubicle for an office room to test cooling performance, thermal comfort and energy savings in hot climates01 January 2022(تنظیم نشده)
Model-Based Investigation of a Dielectrophoretic Microfluidic Device for the Separation of Polystyrene Particles01 January 2024(تنظیم نشده)
Numerical investigation on fluid dynamic and thermal behavior of a non-Newtonian Al2O3–water nanofluid flow in a confined impinging slot jet01 January 2018(تنظیم نشده)
Microfluidic Assembly of Silica Nanoparticles within Emulsion Droplets: Considering the Rheological Behavior of the Dispersed Phase01 January 2023(تنظیم نشده)

PresenceTime

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