## Geofluiddynamical wave mathematics: research contributions, 29 August through 2 September 1977 |

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### Contents

NONLINEAR NONDISPERSIVE PROPAGATION OF A DETACHED | 5 |

ACOUSTIC RESONANCE IN A CLOSED TUBE | 17 |

INTERNAL HYDRAULIC JUMPS AND DROPS | 27 |

16 other sections not shown

### Common terms and phrases

amplitude approximation asymptotic barotropic boundary conditions boundary layer Boussinesq equations Busse California coefficients coherent wave components convection defined density Department of Mathematics differential equations dispersion relation effects eigenvalue endwall energy envelope equatorial evolution expansion first-order smoothing Fluid Mech frequency geofluiddynamical waves group velocity Hasselmann hydraulic jump initial conditions instability interaction internal Kelvin wave internal waves inverse scattering irregular KdV equation Kelvin wave Knight Inlet linear long wave Math mechanism method modulation motion nonlinear critical layer nonlinear waves nonlinear wavetrains obtained ocean Oceanography parameter periodic perturbation phase speed Phys plane predicted propagation in random random fluctuations random functions random media randomly region resonant Reynolds number Rossby waves saddle point scale shear flow short waves solitary wave soliton solved spectrum stability stationary stochastic stratified surface theory tion trapped waves turbulence variable viscosity vorticity water waves wave modes wave propagation wave speed wavelength wavenumber wind-wave Yuen zero