Contents:
Presentation
0. Introduction
1. Basic examples
2. Prerequisites
3. Installation
4. Documentation
5. Tutorials
6. Scattering by local inhomogeneities
7. Authors and contributors
8. How to cite
9. License
Documentation
waveguide.py
scattering.py
Tutorials
0. Three-dimensional elastic bar of square cross-section
1. Three-dimensional elastic bar of square cross-section with parallelization
2. Three-dimensional elastic bar of square cross-section buried into a PML external medium
3. Three-dimensional elastic bar of square cross-section buried into a PML external medium using gmsh
4. Excitation of a three-dimensional elastic bar of circular cross-section
5. Excitation of a three-dimensional elastic bar of circular cross-section with parallelization
6. Time response of a two-dimensional plate excited near its first ZGV resonance
7. Dispersion curves of a rail
8. Reflection of Lamb modes by the free edge of a plate
9. Reflection and transmission of Pochhammer-Chree modes inside a cylinder
waveguicsx
Index
Index
C
|
F
|
I
|
M
|
P
|
R
|
S
|
T
|
W
C
chirp() (waveguicsx.waveguide.Signal method)
compute_complex_power() (waveguicsx.waveguide.Waveguide method)
compute_eigenforces() (waveguicsx.waveguide.Waveguide method)
compute_energy_velocity() (waveguicsx.waveguide.Waveguide method)
compute_group_velocity() (waveguicsx.waveguide.Waveguide method)
compute_opposite_going() (waveguicsx.waveguide.Waveguide method)
compute_pml_ratio() (waveguicsx.waveguide.Waveguide method)
compute_poynting_normalization() (waveguicsx.waveguide.Waveguide method)
compute_response() (waveguicsx.waveguide.Waveguide method)
compute_response_coefficient() (waveguicsx.waveguide.Waveguide method)
compute_traveling_direction() (waveguicsx.waveguide.Waveguide method)
F
fft() (waveguicsx.waveguide.Signal method)
I
ifft() (waveguicsx.waveguide.Signal method)
M
module
waveguicsx.scattering
waveguicsx.waveguide
P
plot() (waveguicsx.waveguide.Signal method)
(waveguicsx.waveguide.Waveguide method)
plot_attenuation() (waveguicsx.waveguide.Waveguide method)
plot_coefficient() (waveguicsx.waveguide.Waveguide method)
plot_complex_power() (waveguicsx.waveguide.Waveguide method)
plot_energy_balance() (waveguicsx.scattering.Scattering method)
plot_energy_velocity() (waveguicsx.waveguide.Waveguide method)
plot_excitability() (waveguicsx.waveguide.Waveguide method)
plot_group_velocity() (waveguicsx.waveguide.Waveguide method)
plot_phase_velocity() (waveguicsx.waveguide.Waveguide method)
plot_spectrum() (waveguicsx.waveguide.Signal method)
(waveguicsx.waveguide.Waveguide method)
R
ricker() (waveguicsx.waveguide.Signal method)
S
Scattering (class in waveguicsx.scattering)
set_ingoing_mode() (waveguicsx.scattering.Scattering method)
set_internal_excitation() (waveguicsx.scattering.Scattering method)
set_parameters() (waveguicsx.scattering.Scattering method)
(waveguicsx.waveguide.Waveguide method)
set_plot_scaler() (waveguicsx.waveguide.Waveguide method)
Signal (class in waveguicsx.waveguide)
solve() (waveguicsx.scattering.Scattering method)
(waveguicsx.waveguide.Waveguide method)
T
toneburst() (waveguicsx.waveguide.Signal method)
track_mode() (waveguicsx.waveguide.Waveguide method)
W
waveguicsx.scattering
module
waveguicsx.waveguide
module
Waveguide (class in waveguicsx.waveguide)