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Reference
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Floating
Attractions /
Marina
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Floating
Breakwater |
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Floating
Wetland
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Floating
Boom
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Alum &
Timber
Product
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Marine
Supply
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PURPOSE
Provide an alternative
engineering solution mainly for shore protection and
coastal shelter in a more environmentally-friendly
manner
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CONCEPT
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Provides
the required level of tranquility in
an area it is desired to protect by
intercepting and dissipating (rather
than reflecting) the incident wave
energy through the formation of wave
breaking, turbulence, vortices and
frictional dissipation |
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Step
- Multi-purpose Breakwater Facility |
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Specifications
Of A Single Module Of A One-Layer
STEPFLOAT System |
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Length |
1m |
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Width |
1m |
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Height |
0.96m |
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Freeboard |
38cm |
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Material |
Polyethylene (HDPE) infilled
with Light
Weight Concrete |
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Combined Desity |
0.6
- 0.7 |
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Stability |
Tested to be hydrodynamically
stable under
the action of waves. |
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Colour |
Black or as requested. |
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Model
Testing @ UTM Laboratory
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The principal
scope in the model study of the
stepped floats is to investigate
the wave height changes due to
the wave-structure interaction.
Experiments were conducted in
the Hydraulics Laboratory of the
Coastal and Offshore Engineering
Institute, Universiti Teknology
Malaysia, Kuala Lumpur on
multiple rows of stepped floats.
The laboratory investigations
were conducted in a simplified
environment and controlled
condition where tides and
currents were not taken into
account. The experiments were
run in the wave only condition
in the wave flume which were
subjected to steady
monochromatic non-breaking waves
throughout the experiments. In
this study, variation in
amplitudes of wave which were
required for the respective
analysis of energy dissipation
due to the presence of the
breakwater at different wave
periods, incoming wave heights
and dirrerent water depths, was
determined. |
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Transmission
Characteristics |
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RESULTS - The
influence of different mooring
methods |
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EFFICIENCY COMPARISON OF
THE STEPFLOAT vs OTHER FLOATING BREAKWATERS
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STEPFLOAT has excellent wave
attenuation ability over most of the other floating breakwaters
found in the literature. it was found to be an effective
breakwater in attenuating incident waves up to 80% and
structurally stable due to wave-structure interaction. |
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No.9,
Jalan Tambur 33/19, Sek. 33, Shah Alam Tech. Park, 40400 Shah Alam,
Selangor, Malaysia
(603) 51247392
superfloats@yahoo.com
Hours: Mon - Fri: 8.30am - 5:30pm Sat: 8.30am - 1pm
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