Chemical Engineering
Massachusetts Institute of Technology
Cambridge, MA 02139
Number of Papers =
8
|
|
| AM3 |
Modeling yielding and thixotropic response of complex fluids using physics informed neural networks
Joshua D. Rathinaraj, Kyle R. Lennon, Miguel A. Gonzalez Cadena, Ashok Santra, James W. Swan and Gareth H. McKinley
Monday 10:30 Mayfair (Track 6) |
N |
|
|
| SC13 |
Sticky and polarizable nanoparticles: Processing conditions to achieve anisotropic structure
Kelsey M. Reed, James W. Swan and Patrick S. Doyle
Monday 4:05 Sheraton 4 (Track 1) |
N |
|
|
| SC14 |
Modeling rough colloidal gels using Stokesian dynamics simulations
Madhu V Majji and James W. Swan
Monday 4:25 Sheraton 4 (Track 1) |
N |
|
|
| SC15 |
The short and long time dynamics of concentrated electrolytes: a non-equilibrium Brownian Dynamics study*
Emily Krucker-Velasquez and James W. Swan
Monday 4:45 Sheraton 4 (Track 1) |
N |
|
|
| SC17 |
Modeling unsteady motion of a spherical particle in a viscoelastic fluid
Mary A. Joens and James W. Swan
Monday 5:25 Sheraton 4 (Track 1) |
N |
|
|
| SC18 |
Thixotropy as a dynamic regularizer for elasto-visco-plasticity
James W. Swan and Nicholas J. Matteucci
Monday 5:45 Sheraton 4 (Track 1) |
N |
|
|
| SC19 |
Learning physically-informed differential viscoelastic constitutive equations from data
Kyle R. Lennon, Gareth H. McKinley and James W. Swan
Monday 6:05 Sheraton 4 (Track 1) |
N |
|
|
| SC49 |
Hydrodynamic coupling to the electrical response of fluid suspensions of non-Brownian conducting particles
Han Lin, Madhu V Majji, Noah Cho, John R. Zeeman, James W. Swan and Jeffrey J. Richards
Wednesday 4:05 Sheraton 4 (Track 1) |
N |
|
|
|