Mutual thermal resistance between cable and heat source with several crossings.

Symbol
$T_{\mathrm{mh}}$
Unit
K.m/W
Formulae
$\frac{\rho(e^{\gamma_{\mathrm{X}}\Delta z}-1)}{4\pi} \sum\limits_{{v}=1}^{N_{\mathrm{X}}} T_{\mathrm{mh_v}}$
Related
$\Delta \theta_{\mathrm{0x}}$
$\Delta z$
$\gamma_{\mathrm{X}}$
$N_{\mathrm{X}}$
$\nu$
$T_{\mathrm{mh_{\mathrm{v}}}}$