... is studied. The eigenvalue problem is solved numerically. channel flow eigenvalues and eigenfunctions flow instability flow through porous media permeability temperature distribution porous medium heterogeneity linear stability convection viscous dissipation Thermoconvective...

... value of unity. In heterogeneous bulk materials, the transmission function is reduced significantly due to the junction of dissimilar materials. 21 12 2010 03 06 2011 10 06 2011 20 09 2011 20 09 2011 eigenvalues and eigenfunctions elemental semiconductors germanium...

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... approximation theory eigenvalues and eigenfunctions heat radiation radiative transfer 07 10 2010 24 02 2011 02 05 2011 02 05 2011 2011 American Society of Mechanical Engineers ...

... dependence of transverse (radial) eigenvalues on those in the other direction. 12 02 2008 21 04 2008 20 10 2008 eigenvalues and eigenfunctions heat conduction multilayers heat conduction layered annulus analytical method In modern engineering applications, multilayer...

... results for hydrogen oxidation were compared with previous experiments and found to be within 5 K of the observed wall temperature where oscillations were observed. 13 02 2007 17 10 2007 16 05 2008 combustion eigenvalues and eigenfunctions heat transfer ignition oscillations...

... 2008 Brownian motion eigenvalues and eigenfunctions flow instability nanoparticles natural convection thermal conductivity turbulence nanofluids nanoparticles instability natural convection critical Rayleigh number Novelty of nanofluids, regular fluids (water and ethylene...

... eigenvalues and eigenfunctions Galerkin method heat transfer interpolation splines (mathematics) proper orthogonal decomposition fast and efficient method numerical simulation of fluid flow and heat transfer Many important applications in science and engineering need robust online control...

... exponential methods are mainly used in the finite difference method. weighting factor time step single-step trapezoidal method parabolic system eigenvalue finite element method parabolic equations Fibonacci sequences finite element analysis eigenvalues and eigenfunctions numerical...

... on a high-thermal-conductivity substrate. 19 05 2005 31 08 2005 heat conduction heat exchangers thermal conductivity eigenvalues and eigenfunctions frost fin efficiency conduction sector method heat transfer Xia and Jacobi ( 1 ) presented the solution to heat...

... Methods , Cambridge University Press , Cambridge, UK. 23 03 2004 10 06 2005 phase change materials flow instability specific heat Runge-Kutta methods finite difference methods Newton-Raphson method eigenvalues and eigenfunctions natural convection slurries two-phase flow...

..., 2001; revision received November 21, 2001. Associate Editor: P. S. Ayyaswamy. 13 July 2001 21 November 2001 16 07 2002 convection flow instability channel flow bifurcation eigenvalues and eigenfunctions laminar to turbulent transitions vortices Channel Flow...