OFELIA
Contents:
Introduction
Installation notes
Theory
Solvers
Tutorials
Bibliography
OFELIA
Index
Index
A
|
C
|
D
|
E
|
F
|
G
|
H
|
I
|
J
|
L
|
M
|
N
|
O
|
P
|
S
|
T
|
U
A
advance() (fenicsx.fluid_dynamics.transient_ns.pressure_projection method)
(fenicsx.fluid_dynamics.transient_ns.tentative_velocity method)
(fenicsx.fluid_dynamics.transient_ns.update_velocity method)
(fenicsx.neutronics.neutr_diff.transient_neutron_diff method)
(fenicsx.neutronics.thermal.transient_thermal_diffusion method)
assemble() (fenicsx.fluid_dynamics.steady_ns.ns_steady_nl method)
assembleForm() (fenicsx.fluid_dynamics.transient_ns.pressure_projection method)
(fenicsx.fluid_dynamics.transient_ns.tentative_velocity method)
(fenicsx.fluid_dynamics.transient_ns.update_velocity method)
(fenicsx.neutronics.neutr_diff.steady_neutron_diff method)
(fenicsx.neutronics.neutr_diff.transient_neutron_diff method)
(fenicsx.neutronics.thermal.steady_thermal_diffusion method)
(fenicsx.neutronics.thermal.transient_thermal_diffusion method)
average() (fenicsx.backends.norms method)
C
compute() (fenicsx.fluid_dynamics.transient_ns.drag_lift method)
create_snes_solution() (fenicsx.fluid_dynamics.steady_ns.ns_steady_nl method)
D
drag_lift (class in fenicsx.fluid_dynamics.transient_ns)
E
extract_cells() (in module fenicsx.plotting)
F
F_fun() (fenicsx.fluid_dynamics.steady_ns.ns_steady_nl method)
fenicsx
module
fenicsx.backends
module
fenicsx.fluid_dynamics
module
fenicsx.fluid_dynamics.steady_ns
module
fenicsx.fluid_dynamics.transient_ns
module
fenicsx.neutronics
module
fenicsx.neutronics.neutr_diff
module
fenicsx.neutronics.thermal
module
fenicsx.plotting
module
fixedValueVelocity (class in fenicsx.fluid_dynamics.steady_ns)
G
get_scalar_grid() (in module fenicsx.plotting)
H
H1innerProd() (fenicsx.backends.norms method)
H1norm() (fenicsx.backends.norms method)
I
integral() (fenicsx.backends.norms method)
J
J_fun() (fenicsx.fluid_dynamics.steady_ns.ns_steady_nl method)
L
L2innerProd() (fenicsx.backends.norms method)
L2norm() (fenicsx.backends.norms method)
lid() (in module fenicsx.fluid_dynamics.steady_ns)
lid_velocity_expression() (in module fenicsx.fluid_dynamics.steady_ns)
Linftynorm() (fenicsx.backends.norms method)
LoopProgress (class in fenicsx.backends)
M
module
fenicsx
fenicsx.backends
fenicsx.fluid_dynamics
fenicsx.fluid_dynamics.steady_ns
fenicsx.fluid_dynamics.transient_ns
fenicsx.neutronics
fenicsx.neutronics.neutr_diff
fenicsx.neutronics.thermal
fenicsx.plotting
N
norms (class in fenicsx.backends)
noslip_boundary() (in module fenicsx.fluid_dynamics.steady_ns)
ns_steady_nl (class in fenicsx.fluid_dynamics.steady_ns)
O
obj_fun() (fenicsx.fluid_dynamics.steady_ns.ns_steady_nl method)
P
parameters() (fenicsx.fluid_dynamics.steady_ns.ns_steady_nl method)
PlotScalar() (in module fenicsx.plotting)
pressure_projection (class in fenicsx.fluid_dynamics.transient_ns)
S
set_bc() (fenicsx.fluid_dynamics.steady_ns.ns_steady_nl method)
set_cavity_bc() (fenicsx.fluid_dynamics.steady_ns.ns_steady_nl method)
solve() (fenicsx.fluid_dynamics.steady_ns.ns_steady_nl method)
(fenicsx.neutronics.neutr_diff.steady_neutron_diff method)
(fenicsx.neutronics.thermal.steady_thermal_diffusion method)
steady_neutron_diff (class in fenicsx.neutronics.neutr_diff)
steady_thermal_diffusion (class in fenicsx.neutronics.thermal)
T
tentative_velocity (class in fenicsx.fluid_dynamics.transient_ns)
transient_neutron_diff (class in fenicsx.neutronics.neutr_diff)
transient_thermal_diffusion (class in fenicsx.neutronics.thermal)
U
update() (fenicsx.backends.LoopProgress method)
update_solution() (fenicsx.fluid_dynamics.steady_ns.ns_steady_nl method)
update_velocity (class in fenicsx.fluid_dynamics.transient_ns)
update_xs() (fenicsx.neutronics.neutr_diff.steady_neutron_diff method)
(fenicsx.neutronics.neutr_diff.transient_neutron_diff method)
(fenicsx.neutronics.thermal.steady_thermal_diffusion method)
(fenicsx.neutronics.thermal.transient_thermal_diffusion method)