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1. Full Text Internal Waves in the East Australian Current
by Alford, Matthew H and Sloyan, Bernadette M and Simmons, Harper L
Geophysical Research Letters, ISSN 0094-8276, 12/2017, Volume 44, Issue 24, pp. 12,280 - 12,288
Internal waves, which drive most ocean turbulence and add “noise” to lower‐frequency records, interact with low‐frequency current systems and topography in yet... 
internal waves | PART I | ENERGY | GEOSCIENCES, MULTIDISCIPLINARY | GLOBAL PATTERNS | REDISTRIBUTION | OCEAN | GENERATION | TIDES | TURBULENT DISSIPATION | PROPAGATION | INERTIAL WAVES | Turbulence | Wave energy | Turbulent flow | Oceanic turbulence | Wave power | Continental slope | Topography (geology) | Incident waves | Fluxes | Slopes (topography) | Tides | Waves | Velocity | Variance analysis | Group velocity | Storms | Inertial waves | Topography | Internal tides | Frequency | Tidal dynamics | Kinetic energy | Tidal energy | Internal waves
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2. Full Text Radiation of internal waves from groups of surface gravity waves
by Haney, S and Young, W.R
Journal of Fluid Mechanics, ISSN 0022-1120, 10/2017, Volume 829, pp. 280 - 303
Groups of surface gravity waves induce horizontally varying Stokes drift that drives convergence of water ahead of the group and divergence behind. The mass... 
stratified flows | surface gravity waves | Internal waves | MECHANICS | internal waves | PHYSICS, FLUIDS & PLASMAS | WATER | Surface gravity waves | Divergence | Boussinesq equations | Propagation | Gravitational waves | Buoyancy | Radiation | Oceanography | Waves | Density stratification | Stokes law (fluid mechanics) | Brunt-vaisala frequency | Solutions | Pumping | Mathematical models | Coupling | Stratification | Gravity waves | Gravity | Amplitude | Gravitation | Fluctuations | Computational fluid dynamics | Flux | Dimensions | Return flow | Velocity | Surface water waves | Equations | Surface waves | Boussinesq approximation | Frequency | Drift | Energy transfer
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3. Full Text Internal waves generated by a stratified wake: Experiment and theory
by Meunier, P and Le Dizès, S and Redekopp, L and Spedding, G.R
Journal of Fluid Mechanics, ISSN 0022-1120, 07/2018, Volume 846, pp. 752 - 788
This paper presents experimental and theoretical results on the internal waves emitted by a bluff body moving horizontally in a linearly stratified fluid.... 
Wakes | Internal waves | Stratified flows | FLUIDS | stratified flows | FIELDS | PHYSICS, FLUIDS & PLASMAS | TRANSLATING BODY | FLOW | TURBULENT WAKE | MECHANICS | REYNOLDS-NUMBER | internal waves | wakes | TOWED SPHERE | LEE WAVES | NUMERICAL-SIMULATION | Fourier transforms | Separation | Turbulent flow | Fluid flow | Velocity distribution | Towing | Waves | Defects | Brunt-vaisala frequency | Phase velocity | Bluff bodies | Mathematical models | Cylinders | Amplitude | Computational fluid dynamics | Reynolds number | Shape effects | Froude number | Velocity | Wavelength | Equations | Drag | Lee waves | Vortices | Scaling | Navier-Stokes equations | Mechanics | Mechanics of the fluids | Physics
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4. Full Text Models of energy loss from internal waves breaking in the ocean
by Thorpe, S.A
Journal of Fluid Mechanics, ISSN 0022-1120, 02/2018, Volume 836, pp. 72 - 116
The supply of energy to the internal wave field in the ocean is, in total, sufficient to support the mixing required to maintain the stratification of the... 
wave-turbulence interactions | stratified turbulence | mixing | wave–turbulence interactions | DISSIPATION | INSTABILITY | GRAVITY-WAVES | GLOBAL PATTERNS | PHYSICS, FLUIDS & PLASMAS | STABILITY | DRIVEN | MECHANICS | GENERATION | STRATIFIED SHEAR FLOWS | TURBULENT OVERTURNS | MICROSTRUCTURE | Slopes | Shear | Turbulent flow | Fluid flow | Kelvin-helmholtz instability | Waves | Density stratification | Wave breaking | Energy loss | Ocean models | Wave propagation | Energy | Surface acoustic waves | Topography | Inertial waves | Dissipation | Constraint modelling | Mathematical models | Stratification | Turbulence | Computational fluid dynamics | Ocean circulation | Velocity | Equations | Internal wave breaking | Vortices | Frequency | Instability | Models | Internal waves
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5. Full Text Bottom trapped internal waves over the Malin Sea continental slope
by Stashchuk, Nataliya and Vlasenko, Vasiliy
Deep-Sea Research Part I, ISSN 0967-0637, 01/2017, Volume 119, pp. 68 - 80
Three-dimensional dynamics of internal tides on the continental slope of the Malin Sea is studied numerically and validated with the observational data... 
The Malin Sea | Bottom trapped internal waves | Baroclinic tides | FREQUENCIES | ENERGY | SHELF EDGE | OCEAN | OCEANOGRAPHY | TIDE GENERATION | BREAK | MODEL | Tidal currents | Dynamic meteorology | Analysis | Ocean energy resources | Internal waves
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6. Full Text Material dispersion by oceanic internal waves
by Wang, Peng and Wang, Peng and Özgökmen, Tamay M and Özgökmen, Tamay M and Haza, Angelique C and Haza, Angelique C
Environmental Fluid Mechanics, ISSN 1567-7419, 2/2018, Volume 18, Issue 1, pp. 149 - 171
Internal gravity waves that are generated in the open ocean have a universal frequency spectrum, called Garrett–Munk spectrum. By initializing internal waves... 
Earth Sciences | Environmental Physics | Hydrology/Water Resources | Hydrogeology | Inertial oscillation | Relative dispersion | Classical Mechanics | Finite-scale Lyapunov exponent (FSLE) | Earth Sciences, general | Oceanography | Garrett–Munk spectrum | CIRCULATION | STATISTICS | DRIFTER OBSERVATIONS | TRAJECTORIES | WATER RESOURCES | GULF-OF-MEXICO | ENVIRONMENTAL SCIENCES | TRANSPORT | MECHANICS | Garrett-Munk spectrum | OCEANOGRAPHY | TURBULENCE | ADRIATIC SEA | METEOROLOGY & ATMOSPHERIC SCIENCES | SURFACE MIXED-LAYER | Analysis | Internal waves | Gravitation | Oceans | Internal gravity waves | Gravitational waves | Oscillations | Drifters | Waves | Frequency spectra | Dispersion | Mixed layer | Vortices | Inertial oscillations | Frequency spectrum | Mathematical models | Numerical experiments | Numerical models | Eddies | Gravity waves | Gravity
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7. Full Text Stimulated Imbalance and the Enhancement of Eddy Kinetic Energy Dissipation by Internal Waves
by Barkan, R and Winters, KB and McWilliams, JC
JOURNAL OF PHYSICAL OCEANOGRAPHY, ISSN 0022-3670, 01/2017, Volume 47, Issue 1, pp. 181 - 198
The effects of internal waves (IWs), externally forced by high-frequency wind, on energy pathways are studied in submesoscale-resolving numerical simulations... 
ANTARCTIC CIRCUMPOLAR CURRENT | WIND | INSTABILITY | OCEANOGRAPHY | ENERGETICS | GENERATION | MODEL | OCEAN INERTIAL MOTIONS | GEOSTROPHIC FLOW | MESOSCALE | BALANCE | Exchanging | Slopes | Wind | Gravitational waves | Spatial discrimination | Kinetic energy dissipation | Identification | Slopes (topography) | Waves | Loads (forces) | Pathways | Solutions | Energy | Eddy kinetic energy | Energy dissipation | Topography | Cascades | Extraction | Cyclones | Anticyclones | Mathematical models | Kinetic energy | Potential energy | Numerical simulations | Computer simulation | Ocean circulation | Fluid | Spatial analysis | Spectra | Conversion | Studies | Wavelengths | Simulation | Equivalence | Volume | Analysis | Vortices | Frequency | Mesoscale phenomena | Channel flow | Internal waves
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8. Full Text Frequency Striations Induced by Moving Nonlinear Internal Waves and Applications
by Yang, T. C and Chen-Fen Huang and Huang, S. H and Jin-Yuan Liu
IEEE Journal of Oceanic Engineering, ISSN 0364-9059, 07/2017, Volume 42, Issue 3, pp. 663 - 671
Modal interferences are evident in the spectrogram of broadband signals propagated over distances and received on a single receiver. Plotted against range and... 
Couplings | Time-frequency analysis | waveguide invariant | mode coupling | nonlinear internal waves | Receivers | Interference | Acoustics | Broadband communication | Intensity striation | Manganese | INTENSITY FLUCTUATIONS | INVARIANTS | FIELD | OCEAN | SHIFTS | SEA | GUIDES | ENGINEERING, ELECTRICAL & ELECTRONIC | ENGINEERING, CIVIL | SOLITONS | ENGINEERING, OCEAN | OCEANOGRAPHY | PROPAGATION | RANGE
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9. Full Text High-frequency internal waves and thick bottom mixed layers observed by gliders in the Gulf Stream
by Todd, Robert E
Geophysical Research Letters, ISSN 0094-8276, 06/2017, Volume 44, Issue 12, pp. 6316 - 6325
Autonomous underwater gliders are conducting high-resolution surveys within the Gulf Stream along the U.S. East Coast. Glider surveys reveal two mechanisms by... 
glider | lee wave | bottom mixed layer | Gulf Stream | GENERAL-CIRCULATION | HAWAIIAN RIDGE | WESTERN BOUNDARY | STRATIFIED FLOW | UPPER OCEAN | BLAKE-PLATEAU | UNDERWATER GLIDERS | GEOSCIENCES, MULTIDISCIPLINARY | FLORIDA CURRENT | NORTH-ATLANTIC | TURBULENCE | Stream flow | High resolution | Turbulent flow | Water runoff | Buoyancy | Banks (topography) | Underwater | Bathymetry | Slopes (topography) | Waves | Brunt-vaisala frequency | Energy | Topography | Vertical velocities | Plateaux | Gliders | Coastal environments | Layers | Ocean currents | Topographic features | Turbulence | Fluid dynamics | Stream discharge | Continental shelves | Topography (geology) | Rivers | Surveys | Thickness | Lee waves | Frequency | Outer continental shelf | Internal waves
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10. Full Text Observations of internal waves with high sampling data of radar altimetry and MODIS images
by Zhang, Xudong and Jie, Zhang and Fan, Chenqing and Wang, Jing and Meng, Junmin
International Journal of Remote Sensing, ISSN 0143-1161, 11/2018, Volume 39, Issue 21, pp. 7405 - 7416
The 20 Hz high sampling radar altimetry data and quasi-synchronous satellite images are applied to investigate internal waves in the South China Sea (SCS) and... 
SOUTH CHINA SEA | IMAGING SCIENCE & PHOTOGRAPHIC TECHNOLOGY | REFLECTION | REMOTE SENSING | LEVEL | TOPEX | Wave height | Significant waves | Synchronous satellites | Significant wave height | Radar data | Superhigh frequencies | Altimeters | Data | Altimetry | MODIS | Satellite imagery | Phase velocity | Satellites | Wave propagation | Mathematical analysis | Modulation | C band | Radar | Radar altimetry | Radar imaging | Sampling | Internal waves
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11. Full Text Internal wave energy flux from density perturbations in nonlinear stratifications
by Lee, Frank M and Allshouse, Michael R and Swinney, Harry L and Morrison, Philip J
Journal of Fluid Mechanics, ISSN 0022-1120, 12/2018, Volume 856, pp. 898 - 920
Internal gravity wave energy contributes significantly to the energy budget of the oceans, affecting mixing and the thermohaline circulation. Hence it is... 
geophysical and geological flows | stratified flows | internal waves | MECHANICS | CONVERSION | PHYSICS, FLUIDS & PLASMAS | OCEAN | TIDE GENERATION | TOPOGRAPHY | PROPAGATION | FLOW | Pycnocline | Wave power | Methodology | Laboratories | Gravitational waves | Density | Brunt-vaisala frequency | Energy budget | Energy | Light | Gravity waves | Gravity | Wave energy | Fluctuations | Oceans | Computer simulation | Computational fluid dynamics | Flux | Thermohaline circulation | Velocity | Pressure | Equations | Graphical user interface | Computer applications | Energy transfer | Methods | Internal waves | Navier-Stokes equations | Physics - Fluid Dynamics
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12. Full Text Oblique internal-wave chain resonance over seabed corrugations
by Couston, Louis-Alexandre and Liang, Yong and Alam, Mohammad-Reza
Journal of Fluid Mechanics, ISSN 0022-1120, 12/2017, Volume 833, pp. 538 - 562
Here we show that monochromatic long-crested corrugations on an otherwise flat seafloor can coherently scatter the energy of an oblique incident internal wave... 
topographic effects | internal waves | wave scattering | DISSIPATION | GRAVITY-WAVES | GLOBAL PATTERNS | PHYSICS, FLUIDS & PLASMAS | DEEP-OCEAN | SURFACE-WAVES | INTERFACIAL WAVES | TOPOGRAPHY | ABYSSAL OCEAN | MECHANICS | RICHARDSON-NUMBER | SCATTERING | Boussinesq equations | Gravitational waves | Banks (topography) | Chains | Incident waves | Slopes (topography) | Coherent scattering | Waves | Density stratification | Coherence length | Energy | Energy dissipation | Topography | Mathematical models | Stratification | Topographic features | Resonant interactions | Coriolis force | Topography (geology) | Ocean floor | Rotating fluids | Wavelengths | Boussinesq approximation | Frequency | Resonance | Incidence angle | Interactions | Richardson number | Internal waves | Physics - Fluid Dynamics
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13. Full Text Surface manifestation of internal waves emitted by submerged localized stratified turbulence
by Zhou, Qi and Diamessis, Peter J
Journal of Fluid Mechanics, ISSN 0022-1120, 07/2016, Volume 798, pp. 505 - 539
The internal waves (IWs) radiated by the turbulent wake of a sphere of diameter D towed at speed U are investigated using three-dimensional fully nonlinear... 
wave-turbulence interactions | stratified turbulence | internal waves | GRAVITY-WAVES | PHYSICS, FLUIDS & PLASMAS | OCEAN | WAKE | SIMULATION | BEAM | PHASE CONFIGURATION | MECHANICS | SOLITARY WAVES | TOWED SPHERE | wave turbulence interactions | GENERATION | SIMILARITY | Viscosity | Enrichment | Slopes | Sea surface | Divergence | Boussinesq equations | Turbulent flow | Gravitational waves | Buoyancy | Fluid flow | Mass transport | Waves | Wave dispersion | Brunt-vaisala frequency | Wave propagation | Wavelet transforms | Turbulence | Statistical analysis | Computer simulation | Computational fluid dynamics | Reynolds number | Time series | Observers | Ocean surface | Temperature (air-sea) | Froude number | Wavelength | Wave period | Simulation | Strains | Decay | Boussinesq approximation | Visibility | Transport | Internal waves | Tracers
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14. Full Text Observed energy exchange between low-frequency flows and internal waves in the Gulf of Mexico
by Jing, Zhao and Chang, Ping and Dimarco, S.F and Wu, Lixin
Journal of Physical Oceanography, ISSN 0022-3670, 04/2018, Volume 48, Issue 4, pp. 995 - 1008
A long-term mooring array deployed in the northern Gulf of Mexico is used to analyze energy exchange between internal waves and low-frequency flows. In the... 
Small scale processes | Internal waves | Inertia-gravity waves | WIND | DISSIPATION | SHEAR | PROFILES | GRAVITY-WAVES | CIRCULATION | FIELD | OCEANOGRAPHY | GENERATION | OCEAN INERTIAL MOTIONS | PROPAGATION | Exchanging | Wind | Parameters | Laboratories | Gravitational waves | Oceanography | Waves | Velocity | Wave propagation | Energy | Education | Quality control | Frequency | Energy transfer
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15. Full Text Parametric instability and wave turbulence driven by tidal excitation of internal waves
by Le Reun, Thomas and Favier, Benjamin and Le Bars, Michael
Journal of Fluid Mechanics, ISSN 0022-1120, 04/2018, Volume 840, pp. 498 - 529
We investigate the stability of stratified fluid layers undergoing homogeneous and periodic tidal deformation. We first introduce a local model which allows us... 
geophysical and geological flows | stratified flows | internal waves | HOMOGENEOUS ROTATING PLANET | GRAVITY-WAVES | PHYSICS, FLUIDS & PLASMAS | GIANT PLANETS | ELLIPTIC INSTABILITY | NONLINEAR EVOLUTION | STRATIFIED TURBULENCE | 3-DIMENSIONAL INSTABILITY | MECHANICS | MIXING EFFICIENCY | FLOWS | INERTIAL WAVES | Deformation | Turbulent flow | Growth rate | Buoyancy | Fluid flow | Variations | Waves | Base flow | Fluids | Topography | Frequency spectrum | Mathematical models | Excitation | Domain names | Turbulence | Stability | Oceans | Computer simulation | Computational fluid dynamics | Deformation mechanisms | Stability analysis | Frequency spectra | Superposition (mathematics) | Studies | Rotating fluids | Frequency | Instability | Magnetic fields | Internal waves | Physics - Fluid Dynamics | Physics
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16. Full Text Internal wave resonant triads in finite-depth non-uniform stratifications
by Varma, D and Mathur, M
JOURNAL OF FLUID MECHANICS, ISSN 0022-1120, 08/2017, Volume 824, pp. 286 - 311
We present a theoretical study of nonlinear effects that result from modal interactions in internal waves in a non-uniformly stratified finite-depth fluid with... 
stratified flows | waves in rotating fluids | NEAR-INERTIAL OSCILLATIONS | PHYSICS, FLUIDS & PLASMAS | BEAMS | DEEP-OCEAN | PYCNOCLINE | MIXED-LAYER | MECHANICS | STRATIFIED FLUID | SOLITARY WAVES | GRAVITY-WAVE | internal waves | PARAMETRIC SUBHARMONIC INSTABILITY | NONLINEAR HARMONIC-GENERATION | Pycnocline | Vertical profiles | Divergence | Banks (topography) | Criteria | Slopes (topography) | Tides | Density stratification | Propagation modes | Wave propagation | Energy dissipation | Topography |