Classes
class	oomph::MyTaylorHoodElement
	Overload TaylorHood element to modify output. More...

class	oomph::FaceGeometry< MyTaylorHoodElement >
	Face geometry for element is the same as that for the underlying wrapped element. More...

class	oomph::FaceGeometry< FaceGeometry< MyTaylorHoodElement > >
	Face geometry of Face geometry for element is the same as that for the underlying wrapped element. More...

class	BubbleInChannelProblem< ELEMENT >
	Problem class to simulate inviscid bubble propagating along 2D channel. More...

Namespaces
namespace	oomph

namespace	Problem_Parameter
	Namespace for Problem Parameter.

Functions
int	main (int argc, char **argv)
	Driver code for moving bubble problem.

Variables
DocInfo	Problem_Parameter::Doc_info
	Doc info object.

double	Problem_Parameter::Re =0.0
	Reynolds number.

double	Problem_Parameter::Ca = 10.0
	Capillary number.

double	Problem_Parameter::Nu =0.3
	Pseudo-solid Poisson ratio.

double	Problem_Parameter::Radius = 0.25
	Initial radius of bubble.

double	Problem_Parameter::Volume = -MathematicalConstants::PiRadiusRadius
	Volume of the bubble (negative because it's outside the fluid!)

double	Problem_Parameter::Inflow_veloc_magnitude = 0.0
	Scaling factor for inflow velocity (allows it to be switched off to do hydrostatics)

double	Problem_Parameter::Length = 3.0
	Length of the channel.

ConstitutiveLaw *	Problem_Parameter::Constitutive_law_pt =0
	Constitutive law used to determine the mesh deformation.

ofstream	Problem_Parameter::Trace_file
	Trace file.

ofstream	Problem_Parameter::Norm_file
	File to document the norm of the solution (for validation purposes – triangle doesn't give fully reproducible results so mesh generation/adaptation may generate slightly different numbers of elements on different machines!)

Function Documentation

◆ main()

Driver code for moving bubble problem.