Reference Library

Floating
Attractions / Marina

> Guidelines for Marina Berthing Facilities (140pg)
> Design for Canoe & Kayak Launches (117pg)
> Layout, Design & Construction Handbook for Small Craft (47pg)
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Floating Breakwater

> Three-Dimension Analysis of Moored Cylinder Used As Breakwaters (253pg)
> Three-Dimensional Nonlinear Dynamics of a Moored Cylinder To Be Used As a Breakwaters (271pg)
> Breakwater Stability Under Tsunami Attack for a Site In Nicaragua (220pg)
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Floating Wetland

> Guidelines to Wetland Planning and Construction
> Design Features of a Constructed Mini Wet Pond for Water Quality Control & Runoff Storage (13PG)
> Development of Putrajaya Wetland for Stormwater Pollution Control (8PG)
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Floating Boom

> Environmental Counter Pollution (18pg)
> Design of Movable Weirs and Storm Surge Barriers (10pg)
> Floating Debris Boom Design Recommendations - Based on physical model study & literature review at UNM (22pg)
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Alum & Timber Product

> Australian Hardwood & Cypress: Technical & Detailing Guide (32pg)
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Boardwalk Engineering Guide (12pg)

> Boardwalk (39pg)

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Marine Supply

> Chapter 9 – Fender Systems (31pg)
> Department of Defence Handbook-Mooring Design (264pg)
> Fentek-Marine Fendering Systems (48pg)
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BOAT WAKE
 

Wake is the wave action, produced by the wash of passing ships and boats, that strikes against the banks of rivers or channels. Wave power can have drastic effects on shoreline erosion. As wave hit the shore, they break apart the soil and carry sediments into the water. This results in shoreline recession which can create a loss of beach area or an instability of coastal structures. waves can also have impacts on the shoreline biota, changing the environment in which plants and animals live. The magnitude of the waves generated by a boat depends on different factors, particularly the boat’s speed, its size, passenger/cargo loading, the shape of its hull, distance from shore and water depth. Wave height is one of the most important factors in shoreline erosion.

Superfloats Breakwater Systems are suited to reduce this wave height by achieving a Ct < 0.5 i.e. reducing the incident wave by half, thereby protecting the shore bank!!

Read more:

  1. Wave Effects on Coastal Wetlands
  2. Modeling With RMA 2 and SMS
  3. Shoreline Erosion Caused by Boat Wake
  4. The Effects of Boat-generated Waves vs. Wind Waves on Ada Lake
  5. Effects of Wind Waves and Boat Generated Waves on the Shoreline of Crystal Lake
  6. A Comparison of the Effects of Boat and Jet-Ski Generated Waves

 

 

 

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