7349811301

7349811301



Subdomain Settings - Incompressible Navier-Stokes (ns)



Equations

pu-Vu = 7{-pi + n(Vu + (Vu)T)] + F V'U = 0


Subdornains


Groups


Physics init Element


Subdomain selection


Fluid properties and sources/sinks


Library materiał: Water, liquid v | Load... f


Quantity Value/Expression Unit Description P rho(T[l/K])[kg/m kg/m3 Density

n

x «    N/m3    Volume force, x-dir.

F.


eta(T[l/K])[Pa^sj Pa-s Dynamie viscosity

N/m3 Volurne force, y-dir.


Group:

O Select by group 0 Active in this domain


Artificial Diffusion...


OK


T5CTT


Cancel


1000 -


500 -



Wyszukiwarka

Podobne podstrony:
Subdomain Settings - Incompressible Navier-Stokes (ns) Equations pu-Vu = V{-pI + n(Vu + (Vu)T)] + F
Zdefiniowanie warunków brzegowych Boundary Settings - Incompressible Navier-Stokes (ns) Equation u =
Boundary Settings - Incompressible Navier-Stokes (ns) Eguation [-pi + g(7u + (7u)T)]n = -f0n Rysunek
i a i Zdefiniowanie warunków początkowych Subdomain Settings - Incompressible Navier-Stokes
i a i Zdefiniowanie warunków początkowych Subdomain Settings - Incompressible Navier-Stokes
Geoml InT Boundary Settings - Incomprejłible Novier-Stokes (ns) Equat«n Boundancs Boundary
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 =
Subdomain Settings - General Heat Transfer (htgh) Equation 6,sPcpaT/at +V<-k7T) = Q T = temperatu
Subdomain Settings - General Heat Transfer (htgh) Equation ótspCp8T/8t + V-(-kVT) T =
L_*JV — Subdomain Settings - Convection and Conduction (cc) Equation 6lspCpaT/at + V-(-kVT) = Q - pC
X Subdomain Settings - Convection and Conduction (cc) Equation 6tspCp3T/3t + V-(-kVT) = Q - pCpu-VT
COMSOL Multiphysics - Geoml/lncompressible Navier-Stokes (ns): Pick up opływany przez wiatr.mph_ □ F
I COMSOL Multiphysics - Geoml/lncompressible Navier-Stokes (ns): Pick up opływany przez wiatr.mph _
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

więcej podobnych podstron