gsElasticity Directory Reference

Directories
	examples
	filedata

Files
	gsALE.h
	Implementation of mesh deformation method for partitioned FSI solver.
	gsALE.hpp
	Implementation of gsALE.
	gsBaseAssembler.h
	Base class for assemblers of gsElasticity.
	gsBaseAssembler.hpp
	Provides implementation for gsBaseAssembler.
	gsBasePde.h
	IMHO, a useless class, but it is necessary to use the gsAssembler class. Contains proper information for elasticity and Navier-Stokes solvers.
	gsBaseUtils.h
	Provides several simple utility and naming classes.
	gsBiharmonicAssembler.h
	Provides stiffness matrix for bi-harmonic equation in the mixed formulation.
	gsBiharmonicAssembler.hpp
	gsElasticityAssembler.h
	Provides linear and nonlinear elasticity systems for 2D plain strain and 3D continua.
	gsElasticityAssembler.hpp
	Provides linear and nonlinear elasticity systems for 2D plain strain and 3D continua.
	gsElasticityFunctions.h
	Provides useful classes derived from gsFunction which can be used for visualization or coupling.
	gsElasticityFunctions.hpp
	Provides useful classes derived from gsFunction which can be used for visualization or coupling.
	gsElPoissonAssembler.h
	Provides stiffness matrix for Poisson's equations.
	gsElPoissonAssembler.hpp
	Provides stiffness matrix for Poisson's equation.
	gsElTimeIntegrator.h
	Provides time integration for dynamical elasticity.
	gsElTimeIntegrator.hpp
	A class providing time integration for dynamical elasticity.
	gsGeoUtils.h
	Provides isogeometric meshing and modelling routines.
	gsGeoUtils.hpp
	Provides isogeometric meshing and modelling routines.
	gsIterative.h
	A class providing an iterative solver for nonlinear problems.
	gsIterative.hpp
	Implementation of gsElIterative.
	gsMassAssembler.h
	Provides mass matrix for elasticity systems in 2D plain strain and 3D continua.
	gsMassAssembler.hpp
	gsMuscleAssembler.h
	Provides elasticity systems for muscle simulations.
	gsMuscleAssembler.hpp
	Implements gsMuscleAssembler.h.
	gsNsAssembler.h
	Provides matrix and rhs assebmly for stationary and transient incompressible Stokes and Navier-Stokes equations.
	gsNsAssembler.hpp
	Implementation of gsNsAssembler.
	gsNsTimeIntegrator.h
	Provides time integration for incompressible Navier-Stokes equations.
	gsNsTimeIntegrator.hpp
	A class providing time integration for incompressible Navier-Stokes.
	gsPartitionedFSI.h
	Partitioned FSI solver.
	gsPartitionedFSI.hpp
	Implementation of gsPartitionedFSI.
	gsThermoAssembler.h
	Provides a thermal expansion solver for 2D plain strain and 3D continua.
	gsThermoAssembler.hpp
	Provides assembler implementation for the gsThermoAssembler.
	gsVisitorBiharmonic.h
	Visitor class for mixed formulation for the biharmonic equation.
	gsVisitorBiharmonicMixed.h
	Visitor class for mixed formulation for the biharmonic equation.
	gsVisitorElasticityNeumann.h
	Visitor class for the surface load integration.
	gsVisitorElPoisson.h
	Visitor class for Poisson's equation.
	gsVisitorElUtils.h
	Tensor operations for elasticity.
	gsVisitorLinearElasticity.h
	Visitor class for volumetric integration of the linear elasticity system.
	gsVisitorMass.h
	gsVisitorMassElasticity.h
	Visitor class for the mass matrix assembly for elasticity problems.
	gsVisitorMixedLinearElasticity.h
	Visitor class for volumetric integration of the mixed linear elasticity system.
	gsVisitorMixedNonLinearElasticity.h
	Visitor class for volumetric integration of the mixed nonlinear elasticity system.
	gsVisitorMuscle.h
	Visitor class for the nonlinear elasticity solver with a muscle material. The material model is based on the paper by M.H.Gfrerer and B.Simeon "Fiber-based modeling and simulation of skeletal muscles".
	gsVisitorNavierStokes.h
	Visitor class for volumetric integration of thetangential Navier-Stokes system.
	gsVisitorNonLinearElasticity.h
	Element visitor for nonlinear elasticity for 2D plain strain and 3D continua.
	gsVisitorStokes.h
	Visitor class for volumetric integration of the Stokes system.
	gsVisitorThermo.h
	Visitor class for volumetric integration of the thermal stress.
	gsVisitorThermoBoundary.h
	Visitor class for surface integration of the thermal stress.
	gsWriteParaviewMultiPhysics.h
	Allows to write several fields defined on the same geometry in one file, making it easier to operate with them inside Paraview. Ideally should be a part of gismoIO module,.
	gsWriteParaviewMultiPhysics.hpp