David T. Leighton

Affiliations: 
University of Notre Dame, Notre Dame, IN, United States 
Area:
Chemical Engineering, Condensed Matter Physics, Physical Chemistry
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"David Leighton"
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Parents

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Andreas Acrivos grad student Stanford (E-Tree)

Children

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Michael R. King grad student 1995-1999 Notre Dame (E-Tree)
Arun Ramachandran grad student 2001-2007 Notre Dame (E-Tree)
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Publications

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Praharaj S, Leighton DT. (2015) On the mixing induced by tightly confined spheres in bounded shear flows Physics of Fluids. 27
Praharaj S, Leighton DT. (2013) Segregation of particles undergoing shear flow in a counter rotating plate geometry Engineering Sciences and Fundamentals 2013 - Core Programming Area At the 2013 Aiche Annual Meeting: Global Challenges For Engineering a Sustainable Future. 2: 657
Ramachandran A, Leighton DT. (2010) Particle migration in concentrated suspensions undergoing squeeze flow Journal of Rheology. 54: 563-589
Ramachandran A, Loewenberg M, Leighton DT. (2010) A constitutive equation for droplet distribution in unidirectional flows of dilute emulsions for low capillary numbers Physics of Fluids. 22
Ramachandran A, Leighton DT. (2008) The influence of secondary flows induced by normal stress differences on the shear-induced migration of particles in concentrated suspensions Journal of Fluid Mechanics. 603: 207-243
Schonewill PP, Leighton DT. (2008) Mass transport enhancement in the DMFC using an externally applied oscillatory flow Aiche Journal. 54: 1410-1423
Schonewill PP, Leighton DT. (2008) Transverse migration of particles and bubbles in oscillatory tube flow Aiche Annual Meeting, Conference Proceedings
Ramachandran A, Leighton DT. (2007) The effect of gravity on the meniscus accumulation phenomenon in a tube Journal of Rheology. 51: 1073-1098
Ramachandran A, Leighton DT. (2007) Viscous resuspension in a tube: The impact of secondary flows resulting from second normal stress differences Physics of Fluids. 19
Dutta D, Ramachandran A, Leighton DT. (2006) Effect of channel geometry on solute dispersion in pressure-driven microfluidic systems Microfluidics and Nanofluidics. 2: 275-290
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