Ocean circulation strongly influences how internal tides radiate and break and stimulates the
spatial inhomogeneity and temporal variation of internal tidal mixing. Qualitative and …

The diurnal internal tides contribute nearly a quarter of global baroclinic tidal energy.
However, their roles in sha** the spatiotemporal inhomogeneity of the tidal energy field …

The decay of the low‐mode internal tide due to the superharmonic energy cascade is
investigated in a realistically forced global Hybrid Coordinate Ocean Model simulation with …

The M 2 internal tides in the northeastern South China Sea are studied using satellite
altimeter data from 1992–2018. By an improved map** technique that combines plane …

The dissipation of low-mode internal tides as they propagate through mesoscale baroclinic
eddies is examined using a series of numerical simulations, complemented by three …

Internal tides are energetic in the Mariana arc, but their three‐dimensional radiation and
dissipation remain unexplored, particularly the trench‐arc‐basin impacts. Here, the …

Investigation of the Internal Tides in the Northwest Pacific Ocean Considering the Background
Circulation and Stratification in: Journal of Physical Oceanography Volume 50 Issue 11 (2020) …

Reflection of the K1 internal tides (ITs) in the northern South China Sea (SCS) is
investigated using a high‐resolution three‐dimensional numerical model. The simulated …

Internal tides generated from multiple sites create complicated interference patterns, often
making it difficult to identify the origin, direction of propagation, and dissipation of individual …

The deformation and evolution of internal solitary waves (ISWs) beneath an ice keel can
enable potential diapycnal mixing and facilitate upper ocean heat transport, despite a poor …