2918587191
Subdomain Settings - General Heat Transfer (htgh)
Equation
6,sPcpaT/at +V<-k7T) = Q T = temperaturę
j SuB35majhs]| Groups | Subdomain selection
Conduction | Convection | Idea! Ga | init | Element | Thermal properties and heat sources/sinks
Library materiał: [stainless W (UNS S17600) ■*] Load...
Quantity
5«s
Description
Time-scaling coefficient
<• k(isotroprc) [k_solid_aged_2(l w/(m>K) Thermal conductivity C k (anisotropic) f "" W/(m?K) Thermal conductivity
|rho(T[l/K])[kg/n kg/m3 Dens*y
[3S5 J/(kg-K) Heat capacity at constant pressure
W/m3
P
CP
Q
Opacity:
Heat source
Group:
I- Select by group W Active in thśs doman
Wyszukiwarka
Podobne podstrony:
Subdomain Settings - General Heat Transfer (htgh) Equation ótspCp8T/8t + V-(-kVT) T =
Boundary Settings - General Heat Transfer (htgh) Equation T = Ta Boundaries
Boundary Settings - General Heat Transfer (htgh) Equation -n<-kVT) = 0 Boundaries
. ^ V* COMSOL Multiphysics - Geom1/Heat Transfer Module - General Heat Transfer (htgh): Heat transfe
Subdomain Settings - Convection and Conduction (cc) Equation 6tspCpaT/at + V-(-kVT) = Q - pCpU VT T
Subdomain Settings - Convection and Conduction (cc) Equation ójsP^aT/et + V-(-kVT) = Q - pCpu-VT T =
L_*JV — Subdomain Settings - Convection and Conduction (cc) Equation 6lspCpaT/at + V-(-kVT) = Q - pC
A nr Subdomain Settings - Convection and Conduction (cc) Equation 6lspCpaT/at + V-(-kVT) = Q - pCpU
Subdomain Settings - Corwection and Conduction (cc) Equation 6lspCpaT/at + V-(-kVT) = Q - pCpU VT T
Subdomain Settings - Incompressible Navier-Stokes (ns) Equations pu-Vu = 7{-pi + n(Vu + (Vu)T)] + F
Subdomain Settings - Incompressible Navier-Stokes (ns) Equations pu-Vu = V{-pI + n(Vu + (Vu)T)] + F
X Subdomain Settings - Convection and Conduction (cc) Equation 6tspCp3T/3t + V-(-kVT) = Q - pCpu-VT
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-(kVT) = q0 + h(Tw ■ T) + Const(T
więcej podobnych podstron