Normal Modes
aw: A Matlab code
for computing normal modes based on Chebyshev approximations
(M. Dzieciuch/Scripps
Institution of Oceanography)
amodes: A Matlab code for computing
normal modes based on Numerov’s method
(B. Dushaw/APL,
Univ. of Washington
Couple: a coupled normal-mode code
(R. Evans)
KRAKEN normal mode program
(updated 3 August 2017)
MOATL MOdal Acoustic Transmission Loss program
(F. Ingenito, S. Wolf, J. Miller/Naval Research Laboratory)
NLayer Pedersen-Gordon underwater sound propagation-loss program
NMPQ: Uses the P-Q
description of the bottom reflection coefficient; these
represents slopes of the magnitude and phase of the reflection
coefficient.
(E. C. Shang, shangerchang32@aol.com
Z. D. Zhao, zhaozhendong@aliyun.com
Key Laboratory of Underwater Acoustic Environment, Institute
of Acoustics, Chinese Academy of Science)
Numerov
Mode Code: A demo code using the Numerov
finite-difference scheme.
(B. Dushaw,
Applied Physics Laboratory, U. Washington)) (new August 2015)
rimLG: A Legendre-Galerkin code
for calculating normal-modes (here's the zip file)
(R. Evans) (updated December 2016)
WKBZ: Based on a uniform WKB
approximation to the modes
(R. Zhang, National Laboratory of Acoustics, Institute
of Acoustics, Chinese Academy
of Sciences)
Contributions or questions on this section?
Contact: M. Porter