A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Engineering of an Island-Style Breakwater System for the Ft. Pierce Marina
The push for creating environmentally more compatible shore and harbor protection often puts the reality of the needs for resilience and strength at odds with the needs of nature. Softer protection schemes such as floating wave attenuators and non-bottom founded protection methods are typically inadequate to resist the ravages of the storm, while the construction of solid ring breakwaters change the texture of the shoreline and affect the biota. Out-of-the-box thinking was required to find an approach that could both emulate the natural environment and yet still be resilient enough to protect against hurricane events, promote ecology, and offer safe and manageable navigation. The solution was found in building a protection system of artificial islands configured to create wave sheltering, oriented to reduce long term sedimentation effects by controlling tidal flow patterns, and executed to be a living island archipelago with both benthic and terrestrial habitat.
Engineering of an Island-Style Breakwater System for the Ft. Pierce Marina
The push for creating environmentally more compatible shore and harbor protection often puts the reality of the needs for resilience and strength at odds with the needs of nature. Softer protection schemes such as floating wave attenuators and non-bottom founded protection methods are typically inadequate to resist the ravages of the storm, while the construction of solid ring breakwaters change the texture of the shoreline and affect the biota. Out-of-the-box thinking was required to find an approach that could both emulate the natural environment and yet still be resilient enough to protect against hurricane events, promote ecology, and offer safe and manageable navigation. The solution was found in building a protection system of artificial islands configured to create wave sheltering, oriented to reduce long term sedimentation effects by controlling tidal flow patterns, and executed to be a living island archipelago with both benthic and terrestrial habitat.
Engineering of an Island-Style Breakwater System for the Ft. Pierce Marina
Cox, Jack C. (author)
Coastal Structures and Solutions to Coastal Disasters Joint Conference 2015 ; 2015 ; Boston, Massachusetts
2017-07-11
Conference paper
Electronic Resource
English
Emulating Nature by Building an Island Style Breakwater for the Fort Pierce Marina
| British Library Conference Proceedings | 2010
Study of Wave Overtopping on a Breakwater of Marina
| British Library Conference Proceedings | 1994