Introduction to Green's FunctionsHeat Flux and TemperatureDifferential Energy EquationBoundary and Initial ConditionsIntegral Energy EquationDirac Delta FunctionSteady Heat Conduction in One DimensionGF in the Infinite One-Dimensional BodyTemperature in an Infinite One-Dimensional BodyTwo Interpretations of Green...
The function G ( r , r 0 ) is called Green's function. Green's functions have been used in the solution of heat conduction problems for many decades. Now is many books related with these functions such as classical position [ 1 – 3 ] and new ones such as [ 4 – 8 ]. Heat ...
The first part presents a short study on the fundamental Green's functions associated with heat conduction in anisotropic and isotropic media. Then by means of these functions and Green's formula, dif... YP Chang,CS Kang,DJ Chen - 《International Journal of Heat & Mass Transfer》 被引量: ...
3D GREEN’S FUNCTIONS FOR A STEADY POINT HEAT SOURCE INTERACTING WITH A HOMOGENEOUS IMPERFECT INTERFACE X. WANG AND L. J. SUDAK The image method is applied to derive the three-dimensional temperature field induced by a steady point heat source interacting with a homogeneous imperfect interface....
当当网图书频道在线销售正版《【预订】Heat Conduction Using Green S Functions, 2nd Edition》,作者:Beck,出版社:Sheikh, A.。最新《【预订】Heat Conduction Using Green S Functions, 2nd Edition》简介、书评、试读、价格、图片等相关信息,尽在DangDang.com,网购
Also we point out that for systems with anomalous heat transport, as is the case in low-dimensional systems, the use of the standard Green-Kubo formula is problematic and the open system formula should be used. 展开 关键词: transport processes/heat transfer (theory heat conduction ...
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With this aim, we probed the phonon transmission X(Eph) by atomistic Green's function to characterize the local heat conduction with and without the presence of the molecule (Supplementary Note 4). X(Eph) enables a precise measurement of the atomic- scale molecule-graphene heat transport that ...
We obtain an exact Green-Kubo type linear response result for the heat current in an open system. The result is derived for classical Hamiltonian systems coupled to heat baths. Both lattice models and fluid systems are studied and several commonly used i
A generic Monte Carlo ray-trace (MCRT) engine for computing radiation distribution factors (RDFs), working in tandem with an efficient finite volume formulation based on discrete Green's functions (DGFs), has been used to solve a massive (2636 nodes) coupled radiation/conduction problem. Distribu...