606616297
>undary Settings - Heat Transfer by Conduction (ht)
Equation
n-(kVT) = q0 + h(Tinf - T) + Const(T3mb4 - T4)
Groups
Boundaries
Coefficients
Boundary selection
0 Select by group Interior boundaries
—-1
Boundary sources and constraints
|
Boundary condition: Quantity |
Heat flux ▼ Value/Expression Unit |
Description | |
|
*0 |
i? |
W/m2 |
Inward heat flux |
|
h |
i§ |
W/(m2-K) |
Heat transfer coefficient |
|
Tinf |
1000 |
K |
External temperaturę |
|
Const |
0 |
W/(m2 'K4) |
Problem-dependent constant |
|
^amb |
iO |
K |
Ambient temperaturę |
|
To |
1°_ |
K |
Temperaturę |
.
OK
Cancel
Apply
Help
n
Wyszukiwarka
Podobne podstrony:
/■- Boundary Settings - Heat Transfer by Conduction (ht) Equation n-(kVT) = q0 + h(Tw ■ T) + Const(T
Subdomain Settings - Heat Transfer by Conduction (ht) Equation 6tspCp8T/3t - V-(kVT) = Q. T=
Subdomain Settings * Heat Transfer by Conduction (ht) Equation 6,SPCp0T/at * V-(kVT) - Q, T«
Boundary Settings - Heat Transfer by Conduction (ht) Equation n-(k7T) - qQ + - T)
oundary Settings - Heat Transfer by Conduction (ht) MM Equation n-(kVT) = q0 + h(Tjnf ■ T) + Const(T
Boundary Settings - Heat Transfer by Conduction (ht) ■fil Equation n (kVT) = qQ + h(Tjnf - T) + Cons
zapis podstawka Boundary Settings - Hcat Transfer by Conduction (ht) Equation n<k7T) - n, + h(T
Boundaries Group: Select by group Interior boundaries Boundary Settings - Heat Transfer by Conductio
gCOMSOL Vu!tiphy;:cs * Geoml/Heat Transfer by Conduction (ht
** A3 ^ ^ W S Boundary Settings • Heat Transfer byCondu
x le-3 x le-3 Boundary Settings - Convection and Conduction (cc) Equation T = T« Sełect by group Int
Subdomain Settings - General Heat Transfer (htgh) Equation 6,sPcpaT/at +V<-k7T) = Q T = temperatu
Boundary Settings - General Heat Transfer (htgh) Equation T = Ta Boundaries
Boundary Settings - General Heat Transfer (htgh) Equation -n<-kVT) = 0 Boundaries
Subdomain Settings - General Heat Transfer (htgh) Equation ótspCp8T/8t + V-(-kVT) T =
Subdomain Settings - Convection and Conduction (cc) Equation 6tspCpaT/at + V-(-kVT) = Q - pCpU VT T
więcej podobnych podstron