ablate::solver::Solver

ablate::finiteVolume::FiniteVolumeSolver

finite volume solver

id (req): (string) the name of the flow field
region: (ablate::domain::Region) the region to apply this solver. Default is entire domain
options: (ablate::parameters::Parameters) the options passed to PETSC for the flow
processes (req): (ablate::finiteVolume::processes::Process list) the processes used to describe the flow
boundaryConditions: (ablate::finiteVolume::boundaryConditions::BoundaryCondition list) the boundary conditions for the flow field

compressible finite volume flow

id (req): (string) the name of the flow field
region: (ablate::domain::Region) the region to apply this solver. Default is entire domain
options: (ablate::parameters::Parameters) the options passed to PETSc
eos (req): (ablate::eos::EOS) the equation of state used to describe the flow
parameters: (ablate::parameters::Parameters) the parameters used for field values
transport: (ablate::eos::transport::TransportModel) the diffusion transport model
fluxCalculator: (ablate::finiteVolume::fluxCalculator::FluxCalculator) the flux calculators (defaults to none)
additionalProcesses: (ablate::finiteVolume::processes::Process list) any additional processes besides euler/yi/ev transport
boundaryConditions: (ablate::finiteVolume::boundaryConditions::BoundaryCondition list) the boundary conditions for the flow field
evTransport: (ablate::eos::transport::TransportModel) when provided, this model will be used for ev transport instead of default

incompressible FE flow

id (req): (string) the name of the flow field
region: (ablate::domain::Region) the region to apply this solver. Default is entire domain
options: (ablate::parameters::Parameters) options for the flow passed directly to PETSc
parameters (req): (ablate::parameters::Parameters) the flow field parameters
boundaryConditions (req): (ablate::finiteElement::boundaryConditions::BoundaryCondition list) the boundary conditions for the flow field
auxFields (req): (ablate::mathFunctions::FieldFunction list) enables and sets the update functions for the auxFields

incompressible FE flow

id (req): (string) the name of the flow field
region: (ablate::domain::Region) the region to apply this solver. Default is entire domain
options: (ablate::parameters::Parameters) options for the flow passed directly to PETSc
parameters (req): (ablate::parameters::Parameters) the flow field parameters
boundaryConditions (req): (ablate::finiteElement::boundaryConditions::BoundaryCondition list) the boundary conditions for the flow field
auxFields: (ablate::mathFunctions::FieldFunction list) enables and sets the update functions for the auxFields

A solver used to compute boundary values in boundary cells

id (req): (string) the name of the flow field
region (req): (ablate::domain::Region) the region to apply this solver.
fieldBoundary (req): (ablate::domain::Region) the region describing the faces between the boundary and field
processes (req): (ablate::boundarySolver::BoundaryProcess list) a list of boundary processes
options: (ablate::parameters::Parameters) the options passed to PETSC for the flow
mergeFaces: (bool) determine if multiple faces should be merged for a single cell, default if false

A debug version of the solver used to compute boundary values in boundary cells

id (req): (string) the name of the flow field
region (req): (ablate::domain::Region) the region to apply this solver.
fieldBoundary (req): (ablate::domain::Region) the region describing the faces between the boundary and field
processes (req): (ablate::boundarySolver::BoundaryProcess list) a list of boundary processes
options: (ablate::parameters::Parameters) the options passed to PETSC for the flow
mergeFaces: (bool) determine if multiple faces should be merged for a single cell, default if false

Lagrangian particle solver

id (req): (string) the name of the particle solver
region: (ablate::domain::Region) the region to apply this solver. Default is entire domain
options: (ablate::parameters::Parameters) the options passed to PETSC for the flow
fields: (ablate::particles::FieldDescription list) any additional fields beside coordinates
processes (req): (ablate::particles::processes::Process list) the processes used to describe the particle source terms
initializer (req): (ablate::particles::initializers::Initializer) the initial particle setup methods
fieldInitialization: (ablate::mathFunctions::FieldFunction list) the initial particle fields values
exactSolutions: (ablate::mathFunctions::FieldFunction list) particle fields (SOL) exact solutions

Coupled Lagrangian particle solver

id (req): (string) the name of the particle solver
region: (ablate::domain::Region) the region to apply this solver. Default is entire domain
options: (ablate::parameters::Parameters) the options passed to PETSC for the flow
fields: (ablate::particles::FieldDescription list) any additional fields beside coordinates
processes (req): (ablate::particles::processes::Process list) the processes used to describe the particle source terms
initializer (req): (ablate::particles::initializers::Initializer) the initial particle setup methods
fieldInitialization: (ablate::mathFunctions::FieldFunction list) the initial particle fields values
exactSolutions: (ablate::mathFunctions::FieldFunction list) particle fields (SOL) exact solutions
coupledFields: (string list) list of fields to couple with Eulerian TS. If empty or not specified all fields are coupled.

A solver for radiative heat transfer in participating media

id (req): (string) the name of the flow field
interval (req): (ablate::io::interval::Interval) number of time steps between the radiation solves
radiation (req): (ablate::radiation::Radiation) a radiation solver to allow for choice between multiple implementations
options: (ablate::parameters::Parameters) the options passed to PETSC for the flow
log: (ablate::monitors::logs::Log) where to record log (default is stdout)