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Classes | |
class | ElasticRefineableTwoLayerMesh< ELEMENT > |
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class | InterfaceProblem< ELEMENT, TIMESTEPPER > |
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Namespaces | |
namespace | Global_Physical_Variables |
Namespace for physical parameters. | |
Functions | |
Vector< double > | Global_Physical_Variables::G (2) |
Direction of gravity. | |
int | main (int argc, char *argv[]) |
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Variables | |
double | Global_Physical_Variables::Re = 5.0 |
Reynolds number. | |
double | Global_Physical_Variables::St = 1.0 |
Strouhal number. | |
double | Global_Physical_Variables::ReSt = 5.0 |
Womersley number (Reynolds x Strouhal) | |
double | Global_Physical_Variables::ReInvFr = 5.0 |
Product of Reynolds number and inverse of Froude number. | |
double | Global_Physical_Variables::Viscosity_Ratio = 0.1 |
Ratio of viscosity in upper fluid to viscosity in lower fluid. Reynolds number etc. is based on viscosity in lower fluid. | |
double | Global_Physical_Variables::Density_Ratio = 0.5 |
Ratio of density in upper fluid to density in lower fluid. Reynolds number etc. is based on density in lower fluid. | |
double | Global_Physical_Variables::Ca = 0.01 |
Capillary number. | |
double | Global_Physical_Variables::Nu = 0.1 |
Pseudo-solid Poisson ratio. | |
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Driver code for two-dimensional two fluid interface problem
Maximum time
Duration of timestep
Definition at line 810 of file elastic_two_layer_interface.cc.
References ElasticRefineableTwoLayerMesh< ELEMENT >::ElasticRefineableTwoLayerMesh(), Global_Physical_Variables::G(), Global_Physical_Variables::Re, Global_Physical_Variables::ReSt, and Global_Physical_Variables::St.