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Preface | |
The effect of a stabilising gradient on interface morphology | p. 3 |
Spreading of a liquid drop with mass loss | p. 21 |
Viscous gravity currents with solidification | p. 35 |
Coarsening dynamics of roll waves | p. 51 |
Thermocapillary control with feedback of large wavelength interfacial instabilities | p. 61 |
Pattern formation in thin liquid films | p. 73 |
Molecular aspects of contact-line dynamics | p. 89 |
Computational methods for advancing interfaces | p. 105 |
Direct numerical simulations of multiphase flows | p. 121 |
A phase-field model with convection: numerical simulations | p. 131 |
Phase field model of multicomponent alloy solidification with hydrodynamics | p. 147 |
The effects of a stress-dependent mobility on interfacial stability | p. 167 |
Non-constant growth characteristics of pivalic acid dendrites in microgravity | p. 177 |
Interfaces on all scales during solidification and melting | p. 187 |
Phase and microstructure selection in peritectics | p. 203 |
Model phase diagrams for an FCC alloy | p. 213 |
Influence of contact-angle conditions on evolution of solidification fronts | p. 233 |
Creeping steady thin film on an inclined plane with an edge | p. 234 |
Phase-field simulation of convective effects on dendritic growth | p. 235 |
A model for a spreading and melting droplet on a heated substrate | p. 236 |
Instabilities of a three-dimensional liquid droplet on a heated solid surface | p. 237 |
A laboratory model for the solidification of the Earth's inner core and the inner core's seismic anisotropy | p. 239 |
Suppression of channel convection in solidifying Pb-Sn alloys via an applied magnetic field | p. 240 |
Dynamics and stability of Van-der-Waals-driven thin film rupture | p. 241 |
New approaches to front-tracking and front-capturing methods | p. 242 |
Manipulation of intravascular gas embolism dynamics with exogenous surfactants | p. 244 |
Adiabatic hypercooling of binary melts | p. 245 |
An insoluble surfactant model for a draining vertical liquid film | p. 246 |
The effect of time-periodic airway wall stretch on surfactant and liquid transport in the lung | p. 247 |
The dynamic effects of surfactants on stationary gas bubbles in liquid flows | p. 248 |
Buckling instabilities in thin viscous sheets | p. 249 |
Fluid-fluid interface experiments at the University of Chicago | p. 250 |
Asymptotic estimates for 2-D sloshing modes: theory and experiment | p. 251 |
Buoyancy-driven interactions of viscous drops with deforming interfaces | p. 252 |
Anomaly and uncertainty when liquid films flow over solid surfaces | p. 253 |
Flow behavior of Langmuir monolayers | p. 254 |
Soluble surfactants and contact-angle dynamics | p. 255 |
Experimental studies of the hydrodynamics near moving contact lines | p. 256 |
Axisymmetry-breaking instabilities in axisymmetric freezing of ice | p. 257 |
Separation mechanics of thin interfacial liquid layers: the role of viscous fingering | p. 258 |
Large finite-element modeling of axially symmetric free-surface flows | p. 259 |
Molecular simulations of interface phenomena: an alternative approach | p. 260 |
Experimental investigation of environment-oxygen content in solder-jet technology | p. 261 |
Droplet spreading with surfactant: modeling and simulation | p. 263 |
Air entrainment at low viscosities | p. 264 |
Numerical simulations of vibration-induced droplet ejection | p. 265 |
Interfacial dynamics associated with evaporation of LNG in a storage tank | p. 266 |
Oscillatory thermocapillary convection generated by a bubble | p. 267 |
About computations of thin-film flows | p. 268 |
Visualization of convection in liquid metals | p. 269 |
Time-evolving interfaces in viscous flows | p. 270 |
Influence of a nonlinear equation of state on contamination fronts at air/water interface | p. 271 |
Stabilization of an electrically conducting capillary bridge far beyond the Rayleigh-Plateau limit using feedback control of electrostatic stresses | p. 272 |
Stabilization of capillary bridges in air far beyond the Rayleigh-Plateau limit in low gravity using acoustic radiation pressure | p. 273 |
Interactions between Hele-Shaw flows and directional solidification: numerical simulations | p. 274 |
Modelling the contact region of an evaporating meniscus with a view to applications | p. 275 |
Aspects of vortex dynamics at a free surface | p. 277 |
Instabilities at the "interface" between miscible fluids - emergence of an effective surface tension | p. 279 |
Secondary instabilities of falling films using models | p. 280 |
Interfacial phenomena in suspensions | p. 282 |
Sessile drop solidification | p. 283 |
A homogenized Monte-Carlo model for film growth | p. 284 |
Influence of the surrounding conditions near the interface on the stability of liquid bridges | p. 285 |
Convective-diffusive lattice models of interfacial and wetting dynamics | p. 286 |
A level-set approach to domain growth in multicomponent fluids | p. 287 |
Morphological instability in strained alloy films | p. 288 |
Stability issues in spin-casting molten metals | p. 289 |
The stability of thermocapillary convection in half zones with deformed free-surface profiles | p. 291 |
Direct write of passive circuitry using ink-jet technology | p. 292 |
Stability of the meniscoid particle band at advancing interfaces in Hele-Shaw suspension flows | p. 293 |
Instabilities in thin fluid sheets | p. 295 |
Thermal effects of internal interfaces: equilibrium microstructure and kinetics | p. 296 |
The role of long-range forces in the stability of nematic films | p. 297 |
Vibration-induced drop atomization | p. 298 |
Capillarity-driven instabilities and the evolution of solid thin films | p. 300 |
Interfacial wave theory for dendrite growth | p. 301 |
Uniformly valid asymptotic solutions for dendrite growth with convection | p. 302 |
Comparison of asymptotic solutions of phase-field models to a sharp-interface model | p. 303 |
A new approach to measure the contact angle and the evaporation rate with flow visualization in a sessile drop | p. 304 |
New research directions in interfacial science | p. 307 |
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