... of experimental methodologies to perform the thermal characterization of materials in the time domain. 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...

... 08 2010 boundary-value problems finite difference methods heat transfer two-phase flow Stefan problems parabolic systems In this note, we consider a numerical method for 1D moving boundary problems. This problem appears in a large number of applications including melting...

... with reasonable computational expense by using direct Monte Carlo simulations. 02 02 2009 01 10 2009 08 03 2010 08 03 2010 boundary-value problems convection heat conduction Monte Carlo methods slabs stochastic processes surface roughness surface roughness correlated...

... and Thermomechanical Phenomena in Electronics Systems, ITHERM ’06 Conference . 02 06 2009 16 08 2009 30 12 2009 30 12 2009 boundary-value problems forced convection heat sinks natural convection optimisation temperature distribution thermal analysis thermal conductivity...

... boundary-value problems convection partial differential equations partial differential equations boundary value problems unsteady nonlinear heat-conduction problems combined convective and radiative cooling homotopy analysis method Problems of transient heat-conduction in a solid...

... conditions in a boundary value problem. When one is setting up the physical situation with fixed wall temperatures, the wall heat fluxes adjust accordingly as energy is exchanged with the outside. First, the first law of thermodynamics is already incorporated in the thermal energy equation. That equation...

... blades boundary-value problems confined flow cooling engines Green's function methods heat transfer turbines 04 10 2006 16 04 2007 2007 American Society of Mechanical Engineers ...

... are constructed for the governing nonlinear boundary-value problem using a perturbation technique together with a special type of Hermite-Padé approximants and important properties of the temperature field including bifurcations and thermal criticality are discussed. 17 05 2005 28 01 2006...

... method to vibration analysis, specifically the fourth-order system for vibration of prismatic beams. Computational Finned Surfaces Heat Transfer Temperature Heat Conduction heat conduction boundary-value problems transforms convergence of numerical methods 12 January 2001...

...Robert Throne; Lorraine Olson, Fellow ASME In the past we have developed the Generalized Eigensystem GES L techniques for solving inverse boundary value problems in steady heat conduction, and found that these vector expansion methods often give superior results to those obtained with standard...

... algorithm which, at every iteration, requires the solution to a two-point boundary value problem. A number of numerical results are presented which indicate that a close estimate of the thermal conductivity function can be obtained based on the boundary measurements only. [S0022-1481(00)00902-6...