1. Reference problem#
1.1. Geometry#
Height \(L=3.m\)
Width \(l=1.m\)
1.2. Material properties#
Volume heat \(\rho {C}_{P}=0.\)
Thermal conductivity \(k=\mathrm{1.W}/m°C\)
1.3. Boundary conditions and loads#
Outgoing flow through plane \({B}_{1}{F}_{1}{G}_{1}{C}_{1}\) same as inflow through plane \({A}_{2}{E}_{2}{H}_{2}{D}_{2}\) |
|
Temperature imposed in \({A}_{1}\) Temperature imposed in \({B}_{2}\) |
\(T=4.5°C\) |
Normal flow imposed on plan \({B}_{2}{F}_{2}{G}_{2}{C}_{2}\) Normal flow imposed on plans \({C}_{1}{G}_{1}{H}_{1}{D}_{1}\) and \({C}_{2}{G}_{2}{H}_{2}{D}_{2}\) |
\(\varphi =\mathrm{6.W}/{m}^{2}\) |
Normal flow imposed on plans \({E}_{1}{F}_{1}{G}_{1}{H}_{1}\) and \({E}_{2}{F}_{2}{G}_{2}{H}_{2}\) |
|
Source imposed in domain 1 Source imposed in field 2 |
\({s}_{1}\) \({s}_{2}\) |