
Accession Number : ADA296796
Title : Bispectra of Internal Waves.
Descriptive Note : Technical rept.,
Corporate Author : WOODS HOLE OCEANOGRAPHIC INSTITUTION MA
Personal Author(s) : McComas, C. H., III
PDF Url : ADA296796
Report Date : MAR 1978
Pagination or Media Count : 85
Abstract : Derived from the equations of motion, the bispectrum of power indicates the rate of energy transfer among components of the internal wave field. This, or any other bispectrum, can be evaluated from weak resonant interaction theory given the wave spectrum. Using the Garrett and Munk model of the deep open ocean internal wave spectrum, the bispectrum of power and the closely related autobispectrum of vertical displacements are evaluated numerically with the intention of providing an observational test of the weak interaction theory and its predictions. The resulting levels of the bispectra for typical deep ocean internal waves are generally too low to be observed with any statistical confidence in an experiment of reasonable length and cost. (AN)
Descriptors : *OCEAN WAVES, *POWER SPECTRA, *INTERNAL WAVES, *DEEP OCEANS, MATHEMATICAL MODELS, PARAMETRIC ANALYSIS, WATER WAVES, EQUATIONS OF MOTION, DISPLACEMENT, ENERGY TRANSFER, RESONANCE, PERTURBATIONS, DIFFUSION, NONLINEAR ANALYSIS, NUMERICAL METHODS AND PROCEDURES, STATISTICAL PROCESSES, AIR WATER INTERACTIONS, OCEAN MODELS, LAGRANGIAN FUNCTIONS.
Subject Categories : Physical and Dynamic Oceanography
Numerical Mathematics
Distribution Statement : APPROVED FOR PUBLIC RELEASE