Hayri Sezer

Thank you for your feedback. So, any scalar solver (i.e. Finite Volume Solver) can be integrated with waterlily.jl? I am using VoronoiFVM.jl(https://github.com/j-fu/VoronoiFVM.jl) and and JFVM.jl (https://github.com/simulkade/JFVM.jl). In VoronoiFVM.jl voronoi meshes...

oh okay, thank you. So, how it could be done? I am not familiar with the waterlily architecture. would you be able to help me for the implementation of a...

indeed, waterlily could be a very fast solver for reactive flow in complex vegetation and it can have great application to wildfires (As wildfire are in everywhere, now in California)....

@tdunning I am thinking both... the object can generate heat... i.e. chemical reaction or reactive flow and or simply conjugate heat transfer like heat sink... so, we need to solve...

## Indeed, I had find out how to implement time dependent bc. I knew about ramp function, however, I did not know that the system can update the boundary condition...

Well, I added in the storage term, but i think we should not add in the storage term. I was wondering if there is a way to add this term...

Hi Jurgen, I will be happy to work with you on this problem. I will create the repository and share with you shortly. Thank you. Hayri

Thank you Dr. Fuhrmann. I have tried to use the impedance examples, however, in the impedance examples, the steady state solution is obtained by: steadystate = solve(sys). when i try...

Thank you Dr. Fuhrmann. I will implement the new modification. And hopefully be able to compare the Bessler impedance with Impedance embedded inside VoronoiFVM.jl. I will share the results with...

 Eq 1 is the momentum equation Eq 2 is the energy equation Eq 3 is the species transport equation ( Scalar transport equation) in Trixi.jl it seems that eqs....