Interfaces for the 21st Century New Research Directions in Fluid Mechanics and Materials Sci... Book

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