Fluid Flow, Mass Transport, Physicochemical Phenomena In Microfluidics and Their Application in Lab-on-a-chip Devices. Brownian Motion, Scalar Transport, Taylor-aris Dispersion, Combined Advection-diffusion-reaction, Charged Solutions, Buffer Systems, On-chip Focusing and Separation Methods, Capillary Flows, Flow in Porous Media. Learning Outcomes# at The End of The Course The Studednt Will Know How To# 1. Formulate Flow Equations With Electric Forces. 2. Perform Scaling Analysis of Flow Equations. 3. Perform Taylor-aris Type Analysis For Dispersive Flows. 4. Implement Monte Carlo Simulations Of Particles For Dispersive Flows. 5. Design Optimal Conditions For Surface Reactions in Microchannels. 6. Formulate and Solve Transport Equations For Charged Solutions. 7. Derive The Net Neutrality Condition and Apply It to Electrokinetic Problems. 8. Design And Analyze Electrophoresis and Isotachophoresis Systems.

Faculty: Mechanical Engineering
|Undergraduate Studies |Graduate Studies
Pre-required courses

(34013 - Fluid Mechanics 1 and 34041 - Heat Transfer)

Semestrial Information

Weekly Hours

3 Academic Credit • 2 Lecture Hours • 1 Discussion Hours • 1 Project Hours

Responsible(s)

Moran Bercovici


Registration Groups
11
Lecture Thursday 09:30 - 12:30 דייויס 442 | Moran Bercovici
Weekly Hours

3 Academic Credit • 2 Lecture Hours • 1 Discussion Hours • 1 Project Hours

Responsible(s)

Moran Bercovici

No Registration Groups
Weekly Hours

3 Academic Credit • 2 Lecture Hours • 1 Discussion Hours • 1 Project Hours

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No Registration Groups