Physics models

AMR-Wind representation of different physics. More...

Collaboration diagram for Physics models:

Modules
	Waves modeling
	Breaking Waves modeling.
	Synthetic Turbulence
	SyntheticTurbulence contains functions to inject turbulence into a CFD simulation.
	Wind energy modeling
	Wind energy modeling.

Classes
class	amr_wind::Physics
	Abstract representation of different physics. More...
class	amr_wind::PhysicsMgr
	A collection of Physics models instances that are active during a simulation. More...
class	amr_wind::BoussinesqBubble
	Boussinesq Bubble physics. More...
class	amr_wind::burggraf::BurggrafFlow
	Burggraf Flow physics. More...
class	amr_wind::channel_flow::ChannelFlow
	Channel Flow physics. More...
class	amr_wind::ctv::ConvectingTaylorVortex
	Convecting Taylor Vortex physics. More...
class	amr_wind::EkmanSpiral
	Ekman Spiral physics. More...
class	amr_wind::FreeStream
	Freestream physics. More...
class	amr_wind::hybrid_rans_les_abl::HybridRANSLESABL
	Hybrid RANS/LES with ABL. More...
class	amr_wind::mms::MMS
	Method of manufactured solutions physics. More...
class	amr_wind::RayleighTaylor
	Rayleigh Taylor physics. More...
class	amr_wind::ScalarAdvection
	Scalar Advection physics. More...
class	amr_wind::TaylorGreenVortex
	Taylor Green Vortex physics. More...
class	amr_wind::VortexDipole
	Vortex dipole Physics. More...
class	amr_wind::VortexRing
	Vortex ring physics. More...

Detailed Description

AMR-Wind representation of different physics.

In AMR-Wind, different physics are implemented using the Physics class. Every simulation is a collection of several physics instances that are used to set initial conditions, perform certain actions at the start and completion of a timestep, or after a regrid.

Examples of pre-processing actions include reading time-varying inflow data from an input file based on user inputs.