...Drew A. Cheney; Jennifer R. Lukes We present a new computational method that excites guided phonon modes in nanoscale waveguides at a specific frequency and wavenumber. The method uses nonequilibrium molecular dynamics and Fourier analysis of particle displacements to extract mode shapes from...

... Symposium , Vol. 1 , pp. 489 – 499 . 37 Ashby , M. F. , 1993 , Materials Selection in Mechanical Design , 1st ed. , Pergamon , Oxford, UK . 11 04 2011 31 05 2011 19 09 2011 19 09 2011 diffusion flow simulation Fourier analysis heat transfer resonance...

.... Comput. Math. , 5 ( 4 ), pp. 329 – 359 . 10.1007/BF02124750 02 05 2010 01 03 2011 09 03 2011 08 07 2011 08 07 2011 boundary-value problems Fourier analysis thermal diffusivity thermal resistance effective thermal properties thermal quadrupoles parabolic...

... technique in the case of a time resolved experiment based on a thermal disturbance in the form of a periodic function or a distribution. The reliability of methods based on the Fourier series methods is demonstrated. 11 03 2010 17 09 2010 13 01 2011 13 01 2011 Fourier analysis...

... interest because of the high-frequency operation of many microdevices. heat transport ballistic regime thermal conductivity ballistic transport Fourier analysis heat transfer thermal conductivity 07 11 2008 10 04 2009 04 11 2009 04 11 2009 2010 American...

... and assumes a new magnitude Q R L . If Q L R ≠ Q R L , the device exhibits thermal rectification. thermal diode thermal rectification perturbation theory Fourier analysis integral equations perturbation theory rectification solid-state rectifiers thermal...

... as on the end wall. heat/mass transfer analogy thermal boundary layer constant wall temperature turbine end wall turbine blade blades boundary layers Fourier analysis heat transfer mass transfer temperature distribution turbines 06 08 2006 01 03 2007 The blade has 42...

... conduction ballistic transport Boltzmann equation Fourier analysis carrier relaxation time thermal diffusion thermal conductivity The phonon Boltzmann equation (BTE) and Monte Carlo simulation can be used for simulating heat conduction processes continuously from nanoscale to macroscale...

... Fourier analysis Conduction Electronics Heat Transfer Microscale Modeling Nanoscale The full phonon dispersion model has been applied to study the problem of self-heating in a submicron silicon on insulator transistor 45 . The thermal predictions are compared to those obtained from...