Wave attenuators are used to break up the energy of wind-generated waves, and/or the wake of passing boats.
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There are several physical configurations that can be used, each with different effectiveness levels
Basic wave energy dissipation
Surprisingly effective for small facilities
Effective when proper spacing is used
Most effective wave energy dissipation
Typically, the vertical slats are the least effective configuration for wave energy dissipation.
The shadowbox design is the most effective configuration for breaking up wave energy.
Angled slats have proven to be effective, but the clear spacing used is critical to proper performance. Horizontal beams can be surprisingly effective for small facilities.
Wave attenuators add a tremendous amount of load to the piles. This can be a problem when installing a wave attenuator in an existing facility, because the piles may not have the required strength to support the additional load.
Let us know what your needs are. We'll come up with a "best" solution, taking all factors into account.
Which type is best for you will depend on many factors
Total expected wave energy at the site
Depth variations and tidal ranges
Direction and strength of wind patterns
Distance over which wind can generate waves
Type and frequency of vessel wake
Pile strength and load capacity
For detailed technical information on the use of aluminum in wave attenuators, please contact us:
Contact Us for Technical ResourcesWe'll evaluate your site conditions and recommend the best wave attenuator solution
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