You are here

Micro Fluid Mechanics

coursetab

c_lecno	Title	files
00	Syllabus	Syllabus.pdf
01	1. Introduction	Syllabus.pdf
02	2. Inertia Free Flow (1)	2. Inertia Free Flow (1).pdf
03	3. Inertia Free Flow (2)	3. Inertia Free Flow (2).pdf
04	4. Basic Theory of Surface Tension	4. Basic Theory of Surface Tension.pdf
05	5. Capillary Phenomenon (1)	5. Capillary Phenomenon (1).pdf
06	6. Capillary Phenomenon (2)	6. Capillary Phenomenon (2).pdf
07	7. Flows Driven by Surface Tension Gradient	7. Flows Driven by Surface Tension Gradient.pdf
08	8. Electrowetting and Force on a Partly Submerged Body	8. Electrowetting and Force on a Partly Submerged Body.pdf
09	9. Review of Electromagnetism	9. Review of Electromagnetism.pdf
10	10. Electrokinetics	10. Electrokinetics.pdf
11	11. Electroosmosis	11. Electroosmosis.pdf
12	12. Electrophoresis	12. Electrophoresis.pdf
13	13. Mixing in Microfluidics	13. Mixing in Microfluidics.pdf
14	14. Elasticity	14. Elasticity.pdf
15	15. Elastocapillarity	15. Elastocapillarity.pdf

code:

M2794.008900_2019S

level:

year:

term:

staff:

Prof. Kim, Ho-Young

department:

Mechanical and Aerospace Engineering