代码搜索:conduction

找到约 71 项符合「conduction」的源代码

代码结果 71
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c soil_conduction.c

#include #include #include static char vcid[] = "$Id: soil_conduction.c,v 4.1.2.3 2004/05/11 19:46:33 tbohn Exp $"; double soil_conductivity(double moist, double
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txt kernel_for_inverse_heat_conduction.txt

Defines and Computes the Differentiation Kernel, the kernel of the inverse heat conduction problem as a function of s and r. Note: you will need to select some value Nmax at which to terminate the in
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m kernel_for_inverse_heat_conduction.m

%Defines and Computes the Differentiation Kernel, the kernel of the inverse %heat conduction problem as a function of s and r. Note: you will need to %select some value Nmax at which to terminate
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htm 6nonlinear conduction.htm

Nonlinear conduction
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m anisodiff.m

% ANISODIFF - Anisotropic diffusion. % % Usage: % diff = anisodiff(im, niter, kappa, lambda, option) % % Arguments: % im - input image % niter - number of iterations. % k
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m ex8_11.m

% % This program generates a plot of efficiency % as a function of the conduction angle % % Copyright (c) 1999 by P.Bretchko and R.Ludwig % "RF Circuit Design: Theory and Practice" %
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m g.m

function value = g (u,j, xy, t ) %the neuman condition on different walls and windows kw = 1.1*1e-2*0.3; %conduction coefficient windows :units = W/k kc = 1.7*1e-2*30; %conduction coefficie
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dat parameter.dat

1.5 // LAMBDA - HEAT CONDUCTION 1380000.0 // ROH*C - DENSITY * SPECIFIC HEAT 1.5D0 // Q - ADDITIONAL HEAT SOURCE 0.0 // RZ - '' 31536000 // TMAX - MAXIMUM SIMULATION TIME 3
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m anisodiff.m

% ANISODIFF - Anisotropic diffusion. % % Usage: % diff = anisodiff(im, niter, kappa, lambda, option) % % Arguments: % im - input image % niter - number of iterations. % k
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f90 implhfeq.f90

! ********************************************************************** ! AIM IS TO SOLVE THE PARABOLIC HEAT CONDUCTION EQUATION (OR DIFFUSION-EQ.) ! PT/PT = (L/ROH C) * (P^2 T / P X^2) ! WERE L I