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I have implemented to VoronoiFVM.jl to develop a model for SOFC electrodes and full cell simulations. For simple SOFC geometries the code works well. And the impedance model works well as well. So, we want to simulate the physics of planar cell geometries where we have to solve PDEs in 3D and we also need to solve the flow in fuel and air channels... currently, we have a fortran based model for planar SOFCs and we solve the plug flow approximation in the channels for the gas flow. However, we plan to solve multi-component Navier-Stokes equation for the flow inside the channels. I have seen in one example, you have tried to solve the flow by using an FEM based solver and then use the obtained velocity field in voronoiFVM.jl. Since VoronoiFVM.jl is finite volume based and mostly for N-S equations FVM is used. i was wondering, if in the future, you have any plan to solve N-S equations with VoronoiFVM.jl?
The text was updated successfully, but these errors were encountered:
Hi,
I have implemented to VoronoiFVM.jl to develop a model for SOFC electrodes and full cell simulations. For simple SOFC geometries the code works well. And the impedance model works well as well. So, we want to simulate the physics of planar cell geometries where we have to solve PDEs in 3D and we also need to solve the flow in fuel and air channels... currently, we have a fortran based model for planar SOFCs and we solve the plug flow approximation in the channels for the gas flow. However, we plan to solve multi-component Navier-Stokes equation for the flow inside the channels. I have seen in one example, you have tried to solve the flow by using an FEM based solver and then use the obtained velocity field in voronoiFVM.jl. Since VoronoiFVM.jl is finite volume based and mostly for N-S equations FVM is used. i was wondering, if in the future, you have any plan to solve N-S equations with VoronoiFVM.jl?
The text was updated successfully, but these errors were encountered: