The Society of Rheology 88th Annual Meeting

February 12-16, 2017 - Tampa, Florida

Chemical & Biomolecular Engineering
University of Delaware
150 Academy St
Newark, DE 19716
302-831-8079 (Phone)
 
Email Norman J. Wagner

List of Papers

Paper No. Paper Details Presenter
AT9 Dielectric RheoSANS: An instrument for the simultaneous interrogation of rheology, microstructure and electronic properties of complex fluids
Jeffrey J. Richards, Julie B. Hipp, Norman J. Wagner, and Paul D. Butler
Wednesday    5:15    Sandhill Crane (Track 4)
N
BA9 Investigation of the human blood rheology in transient flows
Jeffrey S. Horner, Antony N. Beris, Norman J. Wagner, and Donna S. Woulfe
Monday    2:45    Audubon A (Track 2)
N
EF5 Modeling microstructural inertia effects in dilute emulsions
Paul M. Mwasame, Norman J. Wagner, and Antony N. Beris
Monday    11:40    Sandhill Crane (Track 4)
N
EF6 A thermodynamically consistent macroscopic model for dilute emulsion behavior
Paul M. Mwasame, Norman J. Wagner, and Antony N. Beris
Monday    1:30    Sandhill Crane (Track 4)
N
PO26 A multiscale model for the rheology of thixotropic suspensions
Paul M. Mwasame, Norman J. Wagner, and Antony N. Beris
Wednesday    6:00    Foyer-Stairs/Windows (Poster Session)
N
PO58 Understanding steady and dynamic shear banding in a model wormlike micellar solution
Michelle A. Calabrese, Simon A. Rogers, Lionel Porcar, and Norman J. Wagner
Wednesday    6:00    Foyer-Stairs/Windows (Poster Session)
N
SC45 Percolation behavior of carbon black suspensions in polar aprotic solvents
Julie B. Hipp, Jeffrey J. Richards, and Norman J. Wagner
Thursday    9:30    Audubon B (Track 1)
N
SG4 The rheology and microstructure of aging thermoreversible colloidal gels & attractive driven glasses
Melissa B. Gordon, Christopher J. Kloxin, and Norman J. Wagner
Monday    11:15    White Ibis (Track 3)
Y
SG8 Static and dynamic signatures of branching in wormlike micelles (WLMs)
Michelle A. Calabrese, Simon A. Rogers, Lionel Porcar, and Norman J. Wagner
Monday    2:20    White Ibis (Track 3)
N
SG14 Adhesive hard rods: A thermoreversible model system to quantify the effects of particle shape anisotropy and short-range attractions on dynamic arrest transitions
Ryan P. Murphy and Norman J. Wagner
Monday    5:15    White Ibis (Track 3)
Y