[HTML][HTML] Modeling wave dynamics with coastal vegetation using a smoothed particle hydrodynamics porous flow model
Coastal vegetation serves as an effective nature-based solution for protecting shorelines
from erosion and storm surges. A detailed understanding of the dynamic interactions …
from erosion and storm surges. A detailed understanding of the dynamic interactions …
Numerical simulations of breaking wave propagation through the vegetation on a slope based on a drag coefficient prediction model
Coastal vegetation plays a key role in wave attenuation on sloping beaches. However,
accurately predicting the vegetation-related drag coefficient (CD) under breaking waves on …
accurately predicting the vegetation-related drag coefficient (CD) under breaking waves on …
[HTML][HTML] Evaluating Vegetation Effects on Wave Attenuation and Dune Erosion during Hurricane
This study employs the XBeach surfbeat model (XBSB) to explore the effects of vegetation
on wave attenuation and dune erosion in a case study of Mexico Beach during Hurricane …
on wave attenuation and dune erosion in a case study of Mexico Beach during Hurricane …
Analysis of the Bending Height of Flexible Marine Vegetation
Marine vegetation is increasingly viewed as a living shoreline that protects coastal
communities and ecosystems from the damaging effects of wave energy. Many studies have …
communities and ecosystems from the damaging effects of wave energy. Many studies have …
Predicting the drag coefficient of coastal trees using Support Vector Machines and boosting ensemble models
M Haghdoost, H Md Azamathulla - Discover Water, 2024 - Springer
The effect of green belts on wave absorption is a critical aspect of coastal protection
strategies. The effectiveness of green belts in wave absorption is influenced by factors such …
strategies. The effectiveness of green belts in wave absorption is influenced by factors such …
A Multi-faceted Methodology for Calibration of Coastal Vegetation Drag Coefficient
The accurate prediction of wave height attenuation due to vegetation is crucial for designing
effective and efficient natural and nature-based solutions for flood mitigation, shoreline …
effective and efficient natural and nature-based solutions for flood mitigation, shoreline …
Numerical study on stem-generated turbulence due to emergent rigid vegetation in water waves
J Tang, Y Chen, Y Shen, S Cao - Ocean Engineering, 2024 - Elsevier
Based on the RANS equations and applying the waves2Foam solver in OpenFOAM, the
study numerically investigated the turbulent kinetic energy (TKE) generated due to emergent …
study numerically investigated the turbulent kinetic energy (TKE) generated due to emergent …
Numerical investigation of coastal profile evolution under effect of submerged flexible vegetation by XBeach wave model
Vegetation communities distributed in coastal zones and offshore wetlands are important
compositions for sand stabilization and stability of the ecosystem. This paper studies the …
compositions for sand stabilization and stability of the ecosystem. This paper studies the …
Numerical and experimental investigations on wave transmission reduction using vegetation models
A AlYousif, I Magdalena, HQ Rif'atin, RH Abdulrahman… - Wave Motion, 2024 - Elsevier
Numerical and experimental investigations were conducted using vegetation models with
varying leaf thicknesses, meadow lengths, and friction coefficients, to evaluate the efficacy of …
varying leaf thicknesses, meadow lengths, and friction coefficients, to evaluate the efficacy of …
Multi-faceted Methodology for Coastal Vegetation Drag Coefficient Calibration: Implications for Wave Height Attenuation
The accurate prediction of wave height attenuation due to vegetation is crucial for designing
effective and efficient natural and nature-based solutions for flood mitigation, shoreline …
effective and efficient natural and nature-based solutions for flood mitigation, shoreline …