Thesis and Dissertations from CaltechTHESIS
- Peng, Zhiwei (2022) Transport
and Microrheology of Active Colloids; 10.7907/wa00-y892
- Row, Hyeongjoo (2022) Mechanical
Approach to Active Matter: Reverse Osmotic Effect and Motility-Induced
Phase Separation; 10.7907/qef0-e420
- Kjeldbjerg, Camilla Maria (2022) The
Effects of Confinement in Active Matter: the Casimir Effect,
Partitioning, and Hindered Diffusion; 10.7907/avfw-fh81
- Glisman, Alec Gregory (2022) Swimming
in Potential Flow; 10.7907/6xkb-rs66
- Dulaney, Austin Ryan (2021) Density
Fluctuations and Machine Learning in Active Matter; 10.7907/ne1a-je31
- Burkholder, Eric William (2019) Single
Particle Motion in Active Matter; 10.7907/SGHS-CH87
- Marshall, Kevin James (2018) The
Hydrodynamics of Active Particles Inside of a Porous Container and the
Galerkin Boundary Element Discretization of Stokes Flow; 10.7907/Z9MP51G8
- Wang, Mu (2017) Constant
Stress and Pressure Rheology of Dense Colloidal Suspensions; 10.7907/Z9BC3WHQ
- Takatori, Sho C. (2017) Forces,
Stresses, and the (Thermo?) Dynamics of Active Matter: The Swim
Pressure; 10.7907/Z9RN35WF
- Yan, Wen (2016) Dynamics
of Chemically Active Suspensions; 10.7907/Z9Z60M1V
- Hoh, Nicholas Jeffrey (2013) Effects
of Particle Size Ratio on Single Particle Motion in Colloidal
Dispersions; 10.7907/XN4G-TB33
- Zia, Roseanna Nellie (2011) Individual
Particle Motion in Colloids: Microviscosity, Microdiffusivity, and
Normal Stresses; 10.7907/2743-8W26
- Swan, James W. (2010) Colloids
in Confined Geometries: Hydrodynamics, Simulation and Rheology; 10.7907/JJ28-7641
- Swaroop, Manuj (2010) The
Bulk Viscosity of Suspensions; 10.7907/HQGZ-DV22
- Cordova-Figueroa, Ubaldo M. (2008) Directed
Motion of Colloidal Particles via Chemical Reactions: Osmotic
Propulsion; 10.7907/W8X1-FQ17
- Khair, Aditya Satish (2007) Particle
Motion in Colloidal Dispersions: Applications to Microrheology and
Nonequilibrium Depletion Interactions; 10.7907/RWKF-E288
- Carpen, Ileana Cristina (2005) Studies
of Suspension Behavior: I. Instabilities of Non-Brownian Suspensions.
II. Microrheology of Colloidal Suspensions; 10.7907/857a-gg43
- Sierou, Asimina (2002) Accelerated
Stokesian Dynamics: Development and Application to Sheared Non-Brownian
Suspensions; 10.7907/SX3A-8M59
- Subramanian, Ganesh (2002) Inertial
Effects in Suspension Dynamics; 10.7907/DSMP-HV88
- Foss, David R. (1999) [Rheological behavior of colloidal
suspensions
-
the effects of hydrodynamic
interactions](https://resolver.caltech.edu/CaltechETD:etd-02132007-143514);
10.7907/g6s5-x267
- Vicic, Michael (1999) Rheology
and microstructure of complex fluids: dispersions, emulsions and polymer
solutions; 10.7907/NEB8-NH16
- Yurkovetsky, Yevgeny (1998) I.
Statistical mechanics of bubbly liquids. II. Behavior of sheared
suspensions of non-Brownian particles; 10.7907/NMJQ-2X32
- Morris, Jeffrey Franklin (1996) Suspensions:
microstructure, diffusion, and inhomogeneous flow; 10.7907/069F-Z696
- Phung, Thanh Ngoc (1993) Behavior
of concentrated colloidal suspensions by Stokesian dynamics
simulation; 10.7907/ZA49-9N69
- Lovalenti, Philip Michael (1993) Inertial
effects on particle dynamics; 10.7907/q7ya-ex37
- Bauer, John Edward (1992) Hydrodynamic
interactions in polymer dynamics; 10.7907/W1HN-XC85
- Bonnecaze, Roger Temor (1991) Macroscopic
properties of electrically interacting suspensions; 10.7907/bshd-xb74
- Claeys, Ivan Lode Andre Maria (1991) Hydrodynamic
Transport Properties of Suspensions of Non-Brownian Prolate
Spheroids; 10.7907/DYJ3-4223
- Heil, Ann Terese (1988) Movement
of a Spherical Brownian Particle Between Infinite Parallel Plates:
Hindered Dispersion and Sedimentation; 10.7907/gypy-h364
- Lester, Julia Catherine (1988) Hydrodynamic
Dispersion in Concentrated Sedimenting Suspensions; 10.7907/hv2d-rx78
