Parameters. More...

Data Types
type	bc

Variables
real *8	eps_newton
	threshold for the convergence of the Newton's method More...

real *8	dt0
	Initial time step. More...

real *8	max_dt
	Largest time step allowed. More...

real *8	cfl
	Courant-Friedrichs-Lewy parameter. More...

real *8	eps_sing
	parameter for desingularization More...

character(len=20)	reconstr_variables

real *8	reconstr_coeff
	Slope coefficient in the linear reconstruction. More...

logical	interfaces_relaxation
	Flag to add the relaxation terms after the linear reconstruction: . More...

logical	topography_function_flag
	Flag to choose in which way we upload the topography. More...

logical	topography_demfile
	Flag for uploading topography from a different file (topography_dem.asc) More...

logical	riemann_flag
	Flag to choose the sort of problem to solve. More...

logical	rheology_flag
	Flag to choose if we add the rheology. More...

integer	rheology_model
	choice of the rheology model More...

logical	temperature_flag
	Flag to choose if we model temperature transport. More...

logical	solid_transport_flag
	Flag to choose if we model solid phase transport. More...

logical	source_flag
	Flag to choose if there is a source of mass within the domain. More...

real *8	x_source

real *8	y_source

real *8	r_source

real *8	vfr_source

real *8	vel_source

real *8	t_source

real *8	released_volume
	Initial volume of the flow. More...

real *8	x_release
	Initial x-coordiante of the pile. More...

real *8	y_release
	Initial y-coordinate of the pile. More...

real *8	velocity_mod_release
	Initial velocity module of the pile. More...

real *8	velocity_ang_release
	Initial velocity direction (angle in degree): . More...

real *8	t_init
	Initial temperature of the pile of material. More...

real *8	t_ambient
	Ambient temperature. More...

real *8	xs_init
	Initial sediment concentration in the pile of material. More...

real *8	xs_ambient
	Ambient sediment concentration. More...

real *8	sed_vol_perc

integer	n_vars
	Number of conservative variables. More...

integer	n_eqns
	Number of equations. More...

integer	n_nh
	Number of non-hyperbolic terms. More...

integer	n_rk
	Runge-Kutta order. More...

integer, parameter	max_nl_iter = 100

real *8, parameter	tol_abs = 1.D-5

real *8, parameter	tol_rel = 1.D-5

integer, dimension(10)	limiter
	Limiter for the slope in the linear reconstruction: . More...

character(len=20)	solver_scheme
	Finite volume method: . More...

real *8	theta
	Van Leer limiter parameter. More...

real *8	t_start
	initial time for the run More...

real *8	t_end
	end time for the run More...

real *8	t_output
	time of the next output More...

real *8	dt_output
	time interval for the output of the solution More...

real *8	t_runout
	time of the next runout output More...

real *8	t_steady
	end time when reached steady solution More...

integer	verbose_level

type(bc), dimension(:), allocatable	bcw
	bcW&flag defines the west boundary condition: More...

type(bc), dimension(:), allocatable	bce
	bcE&flag defines the east boundary condition: More...

type(bc), dimension(:), allocatable	bcs
	bcS&flag defines the south boundary condition: More...

type(bc), dimension(:), allocatable	bcn
	bcN&flag defines the north boundary condition: More...

Detailed Description

Parameters.

This module contains the parameters for numerical solution of the model.

Variable Documentation

type(bc), dimension(:), allocatable parameters_2d::bce

bcE&flag defines the east boundary condition:

bcEflag = 0 => Dirichlet boundary condition;
bcEflag = 1 => Neumann boundary condition.

bcEvalue is the value of the right boundary condition:

value of the variable for Dirichlet boundary condition (bcEflag=0);
gradient of the variable for Neumann boundary condition (bcEflag=1).

Definition at line 182 of file parameters_2d.f90.

type(bc), dimension(:), allocatable parameters_2d::bcn

bcN&flag defines the north boundary condition:

bcNflag = 0 => Dirichlet boundary condition;
bcNflag = 1 => Neumann boundary condition.

bcNvalue is the value of the top boundary condition:

value of the variable for Dirichlet boundary condition (bcNflag=0);
gradient of the variable for Neumann boundary condition (bcNflag=1).

Definition at line 202 of file parameters_2d.f90.

type(bc), dimension(:), allocatable parameters_2d::bcs

bcS&flag defines the south boundary condition:

bcSflag = 0 => Dirichlet boundary condition;
bcSflag = 1 => Neumann boundary condition.

bcSvalue is the value of the bottom boundary condition:

value of the variable for Dirichlet boundary condition (bcSflag=0);
gradient of the variable for Neumann boundary condition (bcSflag=1).

Definition at line 192 of file parameters_2d.f90.

type(bc), dimension(:), allocatable parameters_2d::bcw

bcW&flag defines the west boundary condition:

bcWflag = 0 => Dirichlet boundary condition;
bcWflag = 1 => Neumann boundary condition.

bcLWvalue is the value of the left boundary condition:

value of the variable for Dirichlet boundary condition (bcWflag=0);
gradient of the variable for Neumann boundary condition (bcWflag=1).

Definition at line 172 of file parameters_2d.f90.

real*8 parameters_2d::cfl

Courant-Friedrichs-Lewy parameter.

Definition at line 18 of file parameters_2d.f90.

real*8 parameters_2d::dt0

Initial time step.

Definition at line 14 of file parameters_2d.f90.

real*8 parameters_2d::dt_output

time interval for the output of the solution

Definition at line 151 of file parameters_2d.f90.

real*8 parameters_2d::eps_newton

threshold for the convergence of the Newton's method

Definition at line 11 of file parameters_2d.f90.

real*8 parameters_2d::eps_sing

parameter for desingularization

Definition at line 20 of file parameters_2d.f90.

logical parameters_2d::interfaces_relaxation

Flag to add the relaxation terms after the linear reconstruction:
.

T => evaluate the relaxation terms
F => reconstruction without the relaxation

Definition at line 30 of file parameters_2d.f90.

integer, dimension(10) parameters_2d::limiter

Limiter for the slope in the linear reconstruction:
.

'none' => no limiter (constant value);
'minmod' => minmod sloe;
'superbee' => superbee limiter (Roe, 1985);
'van_leer' => monotonized central-difference limiter (van Leer, 1977)

Definition at line 138 of file parameters_2d.f90.

real*8 parameters_2d::max_dt

Largest time step allowed.

Definition at line 16 of file parameters_2d.f90.

integer, parameter parameters_2d::max_nl_iter = 100

Definition at line 127 of file parameters_2d.f90.

integer parameters_2d::n_eqns

Number of equations.

Definition at line 121 of file parameters_2d.f90.

integer parameters_2d::n_nh

Number of non-hyperbolic terms.

Definition at line 123 of file parameters_2d.f90.

integer parameters_2d::n_rk

Runge-Kutta order.

Definition at line 125 of file parameters_2d.f90.

integer parameters_2d::n_vars

Number of conservative variables.

Definition at line 120 of file parameters_2d.f90.

real*8 parameters_2d::r_source

Definition at line 82 of file parameters_2d.f90.

real*8 parameters_2d::reconstr_coeff

Slope coefficient in the linear reconstruction.

Definition at line 24 of file parameters_2d.f90.

character(len=20) parameters_2d::reconstr_variables

Definition at line 22 of file parameters_2d.f90.

real*8 parameters_2d::released_volume

Initial volume of the flow.

Definition at line 88 of file parameters_2d.f90.

logical parameters_2d::rheology_flag

Flag to choose if we add the rheology.

T => rheology activated
F => no rheology

Definition at line 54 of file parameters_2d.f90.

integer parameters_2d::rheology_model

choice of the rheology model

1 => Voellmy-Salm rheology
2 => plastic rheology

Definition at line 60 of file parameters_2d.f90.

logical parameters_2d::riemann_flag

Flag to choose the sort of problem to solve.

T => riemann problem
F => generic initial conditions (uploaded through functions, to be defined in inpout_2d.f90)

Definition at line 48 of file parameters_2d.f90.

real*8 parameters_2d::sed_vol_perc

Definition at line 118 of file parameters_2d.f90.

logical parameters_2d::solid_transport_flag

Flag to choose if we model solid phase transport.

T => Solve for transport equation for the solid_phase
F => Do no solve for transport equation for the solid_phase

Definition at line 72 of file parameters_2d.f90.

character(len=20) parameters_2d::solver_scheme

Finite volume method:
.

'LxF' => lax-friedrichs scheme;
'GFORCE ' => gforce scheme;
'KT' => Kurganov and Tadmor semidiscrete scheme;

Definition at line 145 of file parameters_2d.f90.

logical parameters_2d::source_flag

Flag to choose if there is a source of mass within the domain.

T => source term added to the system
F => source term not added to the system

Definition at line 78 of file parameters_2d.f90.

real*8 parameters_2d::t_ambient

Ambient temperature.

Definition at line 110 of file parameters_2d.f90.

real*8 parameters_2d::t_end

end time for the run

Definition at line 149 of file parameters_2d.f90.

real*8 parameters_2d::t_init

Initial temperature of the pile of material.

Definition at line 107 of file parameters_2d.f90.

real*8 parameters_2d::t_output

time of the next output

Definition at line 150 of file parameters_2d.f90.

real*8 parameters_2d::t_runout

time of the next runout output

Definition at line 152 of file parameters_2d.f90.

real*8 parameters_2d::t_source

Definition at line 85 of file parameters_2d.f90.

real*8 parameters_2d::t_start

initial time for the run

Definition at line 148 of file parameters_2d.f90.

real*8 parameters_2d::t_steady

end time when reached steady solution

Definition at line 153 of file parameters_2d.f90.

logical parameters_2d::temperature_flag

Flag to choose if we model temperature transport.

T => Solve for transport equation for the temperature
F => Do no solve for transport equation for the temperature

Definition at line 66 of file parameters_2d.f90.

real*8 parameters_2d::theta

Van Leer limiter parameter.

Definition at line 147 of file parameters_2d.f90.

real*8, parameter parameters_2d::tol_abs = 1.D-5

Definition at line 129 of file parameters_2d.f90.

real*8, parameter parameters_2d::tol_rel = 1.D-5

Definition at line 130 of file parameters_2d.f90.

logical parameters_2d::topography_demfile

Flag for uploading topography from a different file (topography_dem.asc)

T => from dem
F => from points in file.inp

Definition at line 42 of file parameters_2d.f90.

logical parameters_2d::topography_function_flag

Flag to choose in which way we upload the topography.

T => through a function
F => through points

Definition at line 36 of file parameters_2d.f90.

real*8 parameters_2d::vel_source

Definition at line 84 of file parameters_2d.f90.

real*8 parameters_2d::velocity_ang_release

Initial velocity direction (angle in degree):
.

>=0 => departing from positive x-axis
<0 => departign from maximum slope direction

Definition at line 104 of file parameters_2d.f90.

real*8 parameters_2d::velocity_mod_release

Initial velocity module of the pile.

Definition at line 97 of file parameters_2d.f90.

integer parameters_2d::verbose_level

Definition at line 155 of file parameters_2d.f90.

real*8 parameters_2d::vfr_source

Definition at line 83 of file parameters_2d.f90.

real*8 parameters_2d::x_release

Initial x-coordiante of the pile.

Definition at line 91 of file parameters_2d.f90.

real*8 parameters_2d::x_source

Definition at line 80 of file parameters_2d.f90.

real*8 parameters_2d::xs_ambient

Ambient sediment concentration.

Definition at line 116 of file parameters_2d.f90.

real*8 parameters_2d::xs_init

Initial sediment concentration in the pile of material.

Definition at line 113 of file parameters_2d.f90.

real*8 parameters_2d::y_release

Initial y-coordinate of the pile.

Definition at line 94 of file parameters_2d.f90.

real*8 parameters_2d::y_source

Definition at line 81 of file parameters_2d.f90.

Data Types

Variables

Detailed Description

Variable Documentation