FBukreev
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September 7, 2023 at 9:30 am in reply to: Heat transfer liquid-solid and heat conduction in solids #7732FBukreevKeymaster
a better way would be to define a new material number and set the needed temperature there directly without searching for the concrete cellID.
September 6, 2023 at 1:31 pm in reply to: Heat transfer liquid-solid and heat conduction in solids #7730FBukreevKeymasteryes, if you know he concrete cell numbers, you can define there the needed temperature with defineRho().
September 6, 2023 at 11:12 am in reply to: Heat transfer liquid-solid and heat conduction in solids #7727FBukreevKeymasterHello Jijo,
I think that the source problem is not bound to your configuration. I cannot say now why is it not working on your computer. You can come to the next Spring School and we will look at your code and solve this problem.
Regards
FedorJuly 21, 2023 at 2:19 pm in reply to: Heat transfer liquid-solid and heat conduction in solids #7644FBukreevKeymasterDear Jijo,
you can also try to write your own Coupler like one of navierStokesAdvectionDiffusionCoupling.h. They also run parallelly.
But I think the problem is still somewhere in the config.Best regards,
FedorJuly 19, 2023 at 12:42 pm in reply to: Heat transfer liquid-solid and heat conduction in solids #7636FBukreevKeymasterDear Jijo,
if you have only 1 cuboid there will be only iC=0.
Best regards
FedorJune 26, 2023 at 7:37 pm in reply to: Question about ExternalTauEffLESBGKadvectionDiffusionDynamics #7600FBukreevKeymasterHello Jonathan,
do you mean the SmagorinskyBoussinesqueCoupling in dynamics/navierStokesAdvectionDiffusionCoupling.h?
Greetings
FedorJune 26, 2023 at 7:37 pm in reply to: Question about ExternalTauEffLESBGKadvectionDiffusionDynamics #7599FBukreevKeymasterHello Jonathan,
do you mean the SmagorinskyBoussinesqueCoupling in dynamics/navierStokesAdvectionDiffusionCoupling.h?
Greetings
FedorMarch 30, 2023 at 2:24 pm in reply to: Periodic Outlet Boundary Conditions ( nonequilibrium extrapolation method) #7341FBukreevKeymasterI mean that you can look at the parameters of the particlemanager in the src and than put the periodicity vector as argument on the right place in the particlemanager declaration in your simulation setup.
March 30, 2023 at 1:54 pm in reply to: Periodic Outlet Boundary Conditions ( nonequilibrium extrapolation method) #7339FBukreevKeymasterYou can add the periodicity vector (false,true) at the end of the ParticleManager, look also at the ParticleManger code in src.
March 30, 2023 at 10:10 am in reply to: Periodic Outlet Boundary Conditions ( nonequilibrium extrapolation method) #7336FBukreevKeymasterHello,
dou you simulate the resolved moving particle?
March 29, 2023 at 8:33 pm in reply to: Periodic Outlet Boundary Conditions ( nonequilibrium extrapolation method) #7334FBukreevKeymasterWhich particles do you use? Lagrangian or Eulerian? If you have set the periodicity on the particle Lattice there must be no outlet and inlet at all.
March 29, 2023 at 4:20 pm in reply to: Periodic Outlet Boundary Conditions ( nonequilibrium extrapolation method) #7329FBukreevKeymasterLook in the examples/particles/bifurcation/eulerLagrange and eulerEuler. There you can see it clear.
March 29, 2023 at 4:16 pm in reply to: Periodic Outlet Boundary Conditions ( nonequilibrium extrapolation method) #7327FBukreevKeymasterIn first case you track the separate points moving with Newtonian equation system and in the Eulerian case you regard particles as a concentration cloud.
March 29, 2023 at 4:07 pm in reply to: Periodic Outlet Boundary Conditions ( nonequilibrium extrapolation method) #7325FBukreevKeymasterHello,
we have particle counter by the Lagrangian particles and the mass counter by Eulerian particles at the outlet. Which one do you want to use?
Greetings
FedorFBukreevKeymasterHello,
teh frac[0] is teh output value from the start scale functor which is growing each time step from 0 to 1.
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