19 Memorial Session in Honor of Howard Brenner (Invited Talks)

Sunday, November 16, 2014: 3:30 PM
A601 (Marriott Marquis Atlanta)
Description:
Howard Brenner (1929-2014) was a leader in applying fundamental principles of fluid dynamics to understanding the transport of colloids and the motion of fluid interfaces. His pioneering book published in 1965 with John Happel, “Low Reynolds Number Hydrodynamics”, has been the inspiration for several generations of chemical engineers and others in their research and teaching in areas of membrane separations, motion of particles near interfaces, rheology, and the dynamics of particles and bubbles in suspension. This session pays tribute to Howard Brenner as scholar, teacher and great friend.

Sponsor:
Fluid Mechanics
Co-Sponsor(s):
Interfacial Phenomena (01C)

Chair:
Sangtae Kim
Email: kim55@purdue.edu

Co-Chair:
John Anderson
Email: johna@iit.edu

- indicates paper has an Extended Abstract file available on CD.


3:30 PM
(19a) Opening Remarks
John Anderson
File available
3:40 PM
(19b) Howard Brenner: Visionary researcher, profound scholar and close friend
Andreas Acrivos

3:55 PM
(19c) Howard Brenner: Scholar and Friend
William Schowalter
File available
4:10 PM
(19d) Reflections on Brenner's Bivelocity Fluid Mechanics
Joe D. Goddard
File available
4:25 PM
(19e) Honoring Howard Brenner - the Early Years
Arthur Goldman

4:37 PM
(19f) Surface Viscosity and Marangoni Stresses at Gibbs Monolayers
L. Gary Leal

4:49 PM
(19g) Strong Electrolyte Dependence in 2-D Crystallization of Colloidal Particles Driven By an a/c Electric Field
Dennis C. Prieve, Christopher L. Wirth and Paul J. Sides

5:01 PM
(19h) The Pressure of Active Matter
John F. Brady, Sho Takatori and Wen Yan

5:13 PM
(19i) Eating the Bottle: Drawing a Howard Brenner Lesson
David Edwards

5:25 PM
(19j) Macrotransport Theory and the Fick-Jacobs Approximation
Kevin D. Dorfman

5:37 PM
(19k) Howard Brenner’s work and contributions at MIT
Klavs F. Jensen

5:49 PM
(19l) Closing Remarks: Multiple Reflections on the Life and Achievement of a Great Teacher and Scholar
Sangtae Kim
See more of this Group/Topical: Engineering Sciences and Fundamentals
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