Subdomain Settings - Heat Transfer by Conduction (ht)
Equation
6. pC 3T/3t - V{kVT) = Q, T= temperaturę
Subdomains Groups Subdomain selection
Physics | init | Element ]
Thermal properties and heat sources/sinks library-natenal 1 OSO (UNS A91050) - l Quantity Yalue. Expression Unit
3_I'
Description
Time-scaling coeffident
Irl Select by group [21 Active in this domain
o k (isotropic) [k_solid_l (T[ 1/K]) W/(m 'K) Thermal conductivity
0 k (anisotropic) |400 OOP 400 0 0 0 4 '*9 Thermal conductivity
p irho_solid_l(T[l/lj |<gjm3 Density
Cp |C_solid_l (T[ 1/K]) 3/(kg -K) Heat capacity at constant pressure
Q jo 1 w/m3 Heatsource
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Boundary Settings - Heat Transfer by Conduction (ht)
Equation
n<k7T) = q0 + h(Tw - T) + Const(Tmb4 - T4)
Boundaries | Groups | Boundary selection
Boundary sources and constraints
Group: [
[§] Select by group O Interior boundaries
Heat flux |
i |
Value/Expression |
Unit Description |
Pi |
W/m2 Inward heat flux |
1200 |
W/(m2 -K) Heat transfer coeffident |
1*3 |
K External temperaturę |
t_ |
W/(m2.K*|) Problem-dependent constant |
P!_ |
K Ambient temperaturę |
19_ |
K Temperaturę |
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