Speaker
Description
Wooden fences are nature-based supporting structures to restore mangroves in the Mekong Delta. While prior studies have explored several hydraulic functions of these fences, an in-depth investigation into the influence of fence width on wave dissipation and damping is still lacking. Consequently, this paper employs a numerical approach to thoroughly examine the impact of fence width on wave damping. The findings illustrate the substantial role of fence width in governing the dissipation of incoming waves. The correlation between the transmission coefficient and the fence width is established, and it shows that as the fence width increases, the transmission coefficient decreases. Notably, the study also identifies that, beyond a certain width threshold, the transmission coefficient experiences a slight decline.
| Conference Topic Areas | Track3: Computational Mechanics and Structural Integrity |
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