... VDOS vibrational density of states 11 03 2010 11 01 2011 26 04 2011 26 04 2011 heat transfer hydrophilicity interface phenomena molecular dynamics method silicon compounds surface treatment thermal conductivity vibrational states water surface...

... germanium heat transfer interface phenomena molecular dynamics method phonons silicon thermal conductivity thermal boundary conductance phonon classical limit silicon germanium diffuse mismatch model molecular dynamics The phonon thermal boundary conductance between two solids...

..., capillary-forces driven convection, drop evaporation and/or thin-film cooling, and newer developments that are primarily driven by reductions of spatial scales. boiling coatings evaporation heat transfer interface phenomena multiphase flow sprays thin films 15 10 2009 2009...

... interface phenomena inverse problems iterative methods inverse heat conduction problem interfacial configuration multiple region domain inverse identification modified one-dimensional correction method Recently, inverse geometry problems, which are commonly encountered in a number...

... condensation flow simulation heat transfer interface phenomena shear turbulence stratified flow DNS phase change heat transfer two-phase flow direct contact condensation Condensation heat transfer parametrization is central to the computer-aided analysis of many systems, including...

... hydrophilic. additives adsorption desorption interface phenomena boiling surfactants surface tension wetting contact angle heat transfer colloids aggregation nucleation bubbles 04 05 2004 10 01 2005 2005 American Society of Mechanical Engineers ...

... received by the Heat Transfer Division July 17, 2002; revision received June 18, 2003. Associate Editor: K. S. Ball. 17 July 2002 18 June 2003 19 11 2003 flow simulation turbulence heat transfer interface phenomena external flows...

... organic compounds liquid mixtures capillarity evaporation surface tension temperature distribution interface phenomena wetting distillation The reduced liquid pressure at the meniscus causes the liquid to wick to a height h (Fig. 2 ), which for an axisymetric pore of radius r...

... February 25, 2003. Associate Editor: V. P. Carey. 22 May 2002 25 February 2003 17 07 2003 melting anodes interface phenomena surface tension solidification discharges (electric) multiphase flow Heat Transfer Melting Multi-Phase Solidification Surface Tension...

... and theory, the reader should consult a recent book 1 . Constructal Contact Resistance Geometry Roughness interface phenomena optimisation thermal resistance 2002 ASME ...

.... 30 June 2001 07 January 2002 11 09 2002 boiling point film boiling heat transfer interface phenomena drops bubbles Boiling Bubble Growth Cavities Heat Transfer The competitive demands of industry for products with enhanced material properties which can...

... received July 25, 2001. Associate Editor: R. Skocypec. 28 08 2000 25 07 2001 10 05 2002 composite materials interface phenomena surface phenomena heat radiation transparency refractive index albedo heat conduction Composites Conduction Heat...

... conductivity Seebeck effect interface phenomena Conduction Energy Conversion Heat Transfer Microscale Microstructures Nanoscale Thermoelectric Thin Films Accompanying the motion of charges in conductors or semiconductors, there is also an associated energy transport. Consider a current...

... the concerned fluid behavior. Contributed by the Heat Transfer Division for publication in the JOURNAL OF HEAT TRANSFER . Manuscript received by the Heat Transfer Division May 7, 1999; revision received April 27, 2001. Associate Editor: P. Ayyaswamy. liquid metals solids interface phenomena...

... growth from melt thermal conductivity anisotropic media forced convection solidification shrinkage deformation temperature distribution heat conduction interface phenomena melting viscosity optical materials nonlinear optics heating impurities Crystal Growth Microgravity...

... through porous media interface phenomena Heat Transfer Interface Microscale Packed Beds Porous Media The present work investigates a heat transfer phenomenon at the interface between a porous medium and an impermeable wall. In general, a porous medium has many tortuous fluid passages...

.... 23 May 2000 13 November 2000 kinetic theory interface phenomena slip flow momentum mass transfer Boiling Evaporation Heat Transfer Non-Equilibrium Vaporization The Knudsen number (Kn) is defined as the ratio of the mean free path of a gas, λ, to a dimension...