Department of Chemical Engineering
University of California, Santa Barbara
Santa Barbara, CA 93106
 
Email Matthew E. Helgeson

Number of Papers = 5           

Paper No. Paper Details Presenter
AR8 High throughput microrheology: A path to rapid phase diagram and formulation mapping
Yimin Luo, Mengyang Gu, Yue He, Chelsea Edwards, Matthew E. Helgeson and Megan Valentine
Monday    2:20    Ballroom 7 (Track 2)
N
FE27 Developing a scattering model for semiflexible chains in flow to assess flow-enhanced scission of wormlike micelles
Jiamin Zhang, Gregory S. Smith, Patrick T. Corona, L. Gary Leal and Matthew E. Helgeson
Tuesday    5:00    Meeting Room A-B (Track 3)
N
GG16 Intersection of percolation, phase separation and glassy behavior sets minimal conditions for gelation of colloidal systems
Brian K. Ryu, Scott Fenton, Tuan Nguyen, Poornima Padmanabhan, Matthew E. Helgeson and Roseanna N. Zia
Tuesday    1:55    Ballroom 1 (Track 6)
N
IN13 Flow-induced concentration non-uniformity and shear banding in entangled polymer solutions
Michael C. Burroughs, Abhishek Shetty, L. Gary Leal and Matthew E. Helgeson
Wednesday    10:40    Meeting Room C-D (Track 4)
Y
SM17 Probing nonequilibrium dynamics of entangled polymers using orthogonal superposition rheometry
Jiamin Zhang, Andres Jurzyk, Matthew E. Helgeson and L. Gary Leal
Tuesday    10:40    Ballroom 5 (Track 1)
N