v0.3.6

EffectiveWaves v0.3.6

Diff since v0.3.5

v0.3.5

EffectiveWaves v0.3.5

Diff since v0.3.4

v0.3.4

EffectiveWaves v0.3.4

Diff since v0.3.3

Merged pull requests:

• Correct the wavenumbers function (#7) (@Ariskar93)
• Solve the 2D Radial symmetry case and compute the scattering coeffici… (#11) (@Kevish-Napal)

v0.3.3

EffectiveWaves v0.3.3

Diff since v0.3.2

v0.3.2

EffectiveWaves v0.3.2

Diff since v0.3.1

v0.3.1

EffectiveWaves v0.3.1

Diff since v0.3.0

Closed issues:

• Effective angle and analytic split inconsistent (#1)

v0.3.0

EffectiveWaves v0.3.0

Diff since v0.2.1

Closed issues:

• Need non-dimensional dispersion equations (#2)

Many effective 2D waves

Both analytic Wiener-hopf techniques and numerical methods to calculate effective waves in 2D particulate materials have been thoroughly tested. This package is used by three papers:

• A Proof that Multiple Waves Propagate in Ensemble-Averaged Particulate Materials - 2019
• Multiple Waves Propagate in Random Particulate Materials - 2018
• Reflection from a multi-species material and its transmitted effective wavenumber - 2018

This is the last release before a major restructuring to calculate effective waves in 3D and for multi-physics.

The many effective waves

First release to calculate the series of effective waves which propagate in an ensemble averaged particulate material. Compatible with Julia 1.0.

Compatible with Julia 0.6 and 0.5

This is the last tag that will be compatible with Julia 0.6.

This code used to generate results for the paper:

Gower, Artur L., et al. "Reflection from a multi-species material and its transmitted effective wavenumber." Proc. R. Soc. A 474.2212 (2018): 20170864.

Gower, Artur L., et al. "Reflection from a multi-species material and its transmitted effective wavenumber." arXiv preprint arXiv:1712.05427 (2017).