kappamode.out¶
This file contains the modal thermal conductivity generated by the homogeneous nonequilibrium modal analysis (HNEMA) method. It is generated when invoking the compute_hnema keyword.
File format¶
This file reads:
\[\begin{split}\begin{array}{ccccc}
\kappa^{x,in}_{1,1}
& \kappa^{x,out}_{1,1}
& \kappa^{y,in}_{1,1}
& \kappa^{y,out}_{1,1}
& \kappa^{z}_{1,1}
\\
\kappa^{x,in}_{1,2}
& \kappa^{x,out}_{1,2}
& \kappa^{y,in}_{1,2}
& \kappa^{y,out}_{1,2}
& \kappa^{z}_{1,2}
\\
\vdots
& \vdots
& \vdots
& \vdots
& \vdots
\\
\kappa^{x,in}_{1,n}
& \kappa^{x,out}_{1,n}
& \kappa^{y,in}_{1,n}
& \kappa^{y,out}_{1,n}
& \kappa^{z}_{1,n}
\\
\kappa^{x,in}_{2,1}
& \kappa^{x,out}_{2,1}
& \kappa^{y,in}_{2,1}
& \kappa^{y,out}_{2,1}
& \kappa^{z}_{2,1}
\\
\vdots
& \vdots
& \vdots
& \vdots
& \vdots
\end{array}\end{split}\]
The output is in units of Wm\(^{-1}\)K\(^{-1/2}\).
The indices denote the output number (left) and the bin (right).
Each output comprises \(n\) bins, which are determined by the arguments of the compute_hnema keyword.