Gas Dynamics Parcel (Under Development)

This parcel solvcon.parcel.gas is for gas dynamics. It currently uses the Euler equations, but will be updated to use the Navier-Stokes equations.

Simulation Settings

solvcon.parcel.gas.register_arrangement()

This is an alias to the instance method GasCase.register_arrangement(), which inherits from the class solvcon.MeshCase. See solvcon.MeshCase.register_arrangement() for implementation detail.

class solvcon.parcel.gas.GasCase(**kw)

See case.GasCase for implementation detail.

class solvcon.parcel.gas.GasSolver(blk, **kw)

See solver.GasSolver for implementation detail.

Boundary-Condition Treatments

class solvcon.parcel.gas.GasNonrefl

See boundcond.GasNonrefl for implementaion detail.

class solvcon.parcel.gas.GasWall

See boundcond.GasWall for implementation detail.

class solvcon.parcel.gas.GasInlet

See boundcond.GasInlet for implementation detail.

Callbacks

class solvcon.parcel.gas.ProbeHook

See probe.ProbeHook for implementation detail.

class solvcon.parcel.gas.DensityInitAnchor

See physics.DensityInitAnchor for implementation detail.

class solvcon.parcel.gas.PhysicsAnchor

See physics.PhysicsAnchor for implementation detail.

class solvcon.parcel.gas.MeshInfoHook

See inout.MeshInfoHook for implementation detail.

class solvcon.parcel.gas.ProgressHook

See inout.ProgressHook for implementation detail.

class solvcon.parcel.gas.FillAnchor

See inout.FillAnchor for implementation detail.

class solvcon.parcel.gas.CflHook

See inout.CflHook for implementation detail.

class solvcon.parcel.gas.PMarchSave

See inout.PMarchSave for implementation detail.