Title: | Steady streaming in bubble microfluidics, and other assorted things I learned at Albion |
Speaker: | David Hansen Doctoral Candidate Department of Engineering Sciences and Applied Mathematics Northwestern University |
Abstract: | Oscillating microbubbles exhibit several interesting behaviors, including light emission, penetration of cell walls, and efficient transport of microscopic objects. To accurately model such bubbles, we employ a combination of mathematical techniques to solve the vorticity equation. The result is an easy-to-use toolbox for simulating complex flows relevant to lab-on-a-chip and bioengineeringapplications. |
Location: | Palenske 227 |
Date: | 9/29/2005 |
Time: | 3:10 PM |
@abstract{MCS:Colloquium:DavidHansen
DoctoralCandidate
DepartmentofEngineeringSciencesandAppliedMathematics
NorthwesternUniversity:2005:9:29, author = "{David Hansen
Doctoral Candidate
Department of Engineering Sciences and Applied Mathematics
Northwestern University}", title = "{Steady streaming in bubble microfluidics, and other assorted things I learned at Albion}", address = "{Albion College Mathematics and Computer Science Colloquium}", month = "{29 September}", year = "{2005}" }