@ZYLAB

Postdoc & PhD @ NUS | Coastal & Environmental Engineer | Wave–structure–seabed interaction | Sediment transport

 Singapore
hzylab.com
Joined June 2020
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Excited to share our latest paper in Communications Earth & Environment! 🌊 Sediment rheology governs wave damping over muddy shelves Read here: nature.com/articles/s43247-0… #CoastalEngineering #OceanScience #FluidMechanics #CFD #NaturePortfolio

Sediment rheology governs wave damping over muddy shelves

Communications Earth & Environment - Sediment rheology governs the dissipation of wave energy over muddy continental shelves, according to a physics-based framework integrating nonlinear wave...

nature.com
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🌊 New in JFM! We experimentally reveal how breaking waves & aeration influence hydroelastic impacts on vertical plates. A predictive law for structural deflection is introduced — a benchmark for coastal engineering. 🔗bit.ly/4mcKxdx #JFM #WaveImpact #CoastalEngineering
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🚨 Our new paper is out in JGR: Oceans! 🌊 We examine how dynamic seepage affects sediment transport and tsunami-induced scour. Excited to share this! 🙌 🔗agupubs.onlinelibrary.wiley.… #Tsunami #SedimentTransport #CoastalEngineering #JGR_Oceans #SeepageDynamics

The Role of Dynamic Seepage Response in Sediment Transport and Tsunami‐Induced Scour

The role of dynamic seepage response in field-scale tsunami-induced bed mobility and scour is quantified using fully coupled models The competing effects of seepage on onset threshold and fluid a...

agupubs.onlinelibrary.wiley.com
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