... media Monte Carlo methods particle size probability radiative transfer thermomechanical treatment packed-bed radiation solar energy gasification chemical reactors Morphological and effective heat/mass transfer properties of complex porous media are needed for the engineering...

... boundaries heat transfer metallic thin films scanning electron microscopy suspensions thermal conductivity thermal expansion thermomechanical treatment Wiedemann effect thermal conductivity metallic thin films size effects surface scattering atomic force microscopy Thermal...

... force microscopy elemental semiconductors heat transfer mass transfer polymer films silicon thermomechanical treatment In thermomechanical data storage ( 1 2 3 ), a heated atomic force microscope (AFM) cantilever tip locally melts and deforms a polymer layer to form nanometer-scale data...

... analysis thermomechanical treatment fluid oscillations oscillating heat flux point heat source Fourier series Duhamel’s theorem Many heat conduction problems are concerned with a moving heat source traversing along over one of the boundaries, for example, as a result of a solid sliding...

.... 15, 2000. Associate Technical Editor: S. Sadhal. 25 Feb 1999 15 Feb 2000 forging thermal resistance thermal properties heat transfer finite difference methods thermomechanical treatment Contact Resistance Heat Transfer Interface Modeling Stress Heat transfer...