Interdisciplinary Applied Mathematics

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hall thrusters, 240 ion engines, 240 nonequilibrium, 247, 248 outflow conditions, 247 plasma thrusters, 240 relaxation time, 248 residence time, 248 roughness, 246 transition, 247 micropistons, 269 microPIV, 26, 289 microPPT, 240 micropropulsion, 239 microsatellites, 196 microspacecraft, 239 MIMO system, 693 mixed domain simulation, 6 mixed-level simulation, 747 mixers, 347


active, 349


electroosmotic stirrer, 351 passive, 347 mixing index, 359


alternative definition, 360 molecular dynamics method, 9, 622 practical guidelines, 642 molecular gates, 35 moment matching method, 696 momentum and energy equations, 53 MR fluids, 473 multiphase flow, 32, 33


NAMD, 645 nanochannels, 33


density distribution, 366 diffusion transport, 373 nanosatellites, 196 nanotube, 32 Navier-Stokes equations breakdown, 365, 379


Navier-Stokes/DSMC coupling, 580 near-wall potential distribution, 259 NEMD, 495, 623, 639 NEMS, 19


Newtonian fluids, 52 no-slip, 57, 58 no-time-counter, 558 nodal analysis, 688 nondimensionalization, 55 Nonisothermal flows, 607 nonlinear Galerkin method, 713 nonlinear thermal stress flow, 175, 176, 602


Nose-Hoover thermostat, 634 NPT ensemble, 623 Nusselt number, 180 NVE microcanonical ensemble, 623 NVT canonical ensemble, 623


octadecyl-trichlorosilane:OTS, 324 Ohm’s law, 280 optoelectrowetting, 333 ORAC, 645


oscillatory Couette flow, 90 quasi-steady, 91 shear stress, 95


unsteady, see time-periodic Couette flow velocity, 91


Oseen approximation, 224 outflow conditions, 517


particle diffusion, 541 particle separators, 7 ^FACS, 6 ^MACS, 6


particle-mesh Ewald method, 632 particulate flows, 6, 30, 538 penalty method, 548, 550 perfect gas, 13 permittivity


complex, 301 phase space, 610 pipe flow model, 156 remarks, 166 plug flow, 266, 268, 273 Poincare sections, 356 Poiseuille, 24 Poiseuille flow


force-driven, 186 heat transfer, 179 Poiseuille number, 21 Poisson equation, 56, 509, 512 Poisson ratio, 41


Poisson-Boltzmann equation, 257, 279, 292, 450


Poisson-Boltzmann equation modified form, 453 potential flow, 291 pressure boundary condition, 509 pressure cooling, 187 pressure distribution, 132 pressure gradients adverse, 266 favorable, 266 pressure-driven, 117


flow heat transfer, 179 slip flow, 117 pressure-driven flow, 117 primitive variables, 54 propellant, 242, 245, 587

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