AbstractSTDBE

📄️ AbstractSTDBEInitiate

Initiate the parameters of abstract kernel. This method can be accessed from the children.

📄️ Structure

AbstractSTDBE_ class is an abstract class, which is designed for solving the transient Darcy-Brinkman Equation by using the space-time finite element method.

📄️ AddFluidMaterial

- This routine adds Fluid material to the AbstractSTDBE.

📄️ AddPorousMaterial

- This routine adds porous material to the [AbstractSTDBE_

📄️ AddPressureDirichletBC

This routine sets the Dirichlet boundary condition for pressure field in AbstractSTDBE kernel. It makes obj%DBCForPressure(dbcNo).

📄️ AddPressureNeumannBC

This routine sets the Neumann boundary condition for pressure field in AbstractSTDBE kernel. It makes obj%NBCForPressure(nbcNo)

📄️ AddVelocityDirichletBC

This routine sets the Dirichlet boundary condition for Velocity field in AbstractSTDBE kernel.

📄️ AddVelocityNeumannBC

This routine sets the Neumann boundary condition for Velocity field in AbstractSTDBE kernel.

📄️ ApplyDirichletBC

This method should be implemented by the child.

📄️ Assemble

This method should be implemented by the child.

📄️ AssembleRHS

This method should be implemented by the child.

📄️ AssembleTanmat

This method should be implemented by the child.

📄️ Deallocate

This routine deallocates the data stored inside the kernel.

📄️ Display

This routine displays the content of the kernel on the screen.

📄️ Export

This routine exports the kernel in the form of an HDF5File.

📄️ GetPressureDirichletBCPointer

This routine returns the pointer to Dirichlet boundary condition of pressure field in AbstractSTDBE kernel, that is

📄️ GetPressureNeumannBCPointer

This routine returns the pointer to Neumann boundary condition of pressure field in AbstractSTDBE kernel, that is obj%NBCForPressure(nbcNo)%ptr.

📄️ GetVelocityDirichletBCPointer

This routine returns the pointer to Dirichlet boundary condition of Velocity field in AbstractSTDBE kernel, that is obj%DBCForVelocity(dbcNo)%ptr.

📄️ GetVelocityNeumannBCPointer

This routine returns the pointer to Neumann boundary condition of Velocity field in AbstractSTDBE kernel, that is obj%NBCForVelocity(nbcNo)%ptr.

📄️ Import

This rotuine imports the properties of the kernel, and then builds it. All the properties are mentioned in the hdf5 file HDF5File. Domain dom is used as a target for kernel's domain pointer Domain.

📄️ Initiate

This method should be implemented by the children of AbstractSTDBE_ kernel.

📄️ InitiateFields

This method should be should be defined by children.

📄️ IsConverged

This method should be implemented by the child.

📄️ IsSteadyState

This method should be implemented by the child.

📄️ Set

This routine is the most important one. This routine should be called before starting the main computation. After initiating the kernel, we have all the information to construct the state of the kernel. This routine checks all the options, and produce notify user if some information is missing or incorrect.

📄️ Solve

This method should be implemented by the child.

📄️ Update

This method should be implemented by the child.

📄️ UpdateIteration

This method should be implemented by the child.

📄️ WriteData

This routine writes the simulation data in the hdf5 file HDF5File.