A resistive magnetohydrodynamic model demonstrates how cubic restoring forces and nonlinear frequency self-focusing sustain decayless transverse oscillations in solar coronal ...
A global systematic map of 252 articles reveals that nature-based coastal protection research is heavily concentrated in short-term salt marsh ...
An oscillation-modified Biot framework links pore-scale fluid oscillations to Rayleigh-wave attenuation and near-surface displacement in saturated soils.
A large-scale flume experiment found negligible erosion of tested salt-marsh soil but substantial vegetation damage, with vegetation-related wave attenuation greatest ...
A fully nonlinear wave model shows that graded submerged bar arrays tuned to Bragg resonance can cut typhoon wave energy ...
A new laboratory-driven framework in Ocean Dynamics delivers unified, physically grounded predictions for the height, amplitude, attenuation, and energy of ...
A new observational study using 71 drifting buoys in the Barents Sea and around Svalbard quantifies how quickly ocean waves ...
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