Journal of Coastal Research · 1996 · 12 citations · 4 references
Natural SciencesOcean EngineeringOceanographyCoastal EngineeringCoastal OceanographyPhysical OceanographyBeach MorphodynamicsNearshore HydrodynamicsNearshore ProcessesSurface Wave DynamicsWave MeasurementsWave ReflectionBeach Face SlopeReflection CoefficientsSlope AngleWave Collapsing BreakersWave ExperimentsWave Plunging BreakersWave Spilling BreakersWave Surging Breakers
Re-analyses of the existing reflection data obtained from regular wave experiments on a smooth, impermeable, uniformly inclined beach lead to the following empirical relation: K r = 0.84[1 - exp(- 12.8 tan β] tan h (0.11ξ 0 2.4 ) where K r is the wave reflection coefficient, β is the beach slope angle, and ξ 0 is the surf similarity parameter. The breaker type is linked with this equation through the value of ξ 0 . The reflection coefficient increases as the breaker type changes from spilling to collapsing through plunging, and it becomes constant for surging breakers. It is found that reflection coefficients of collapsing and surging breakers are strongly affected by the beach slope.
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Wave Reflection From Coastal Structures
William N. Seeling · Coastal structures · 1983 · 43 citations