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2000•Journal of Tianjin University Science and TechnologyRequires access

BREAKING MODEL FOR NEARSHORE RANDOM WAVES

Liu Bai

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Abstract

WT5”BZ]A new form of breaking wave decaying model is set up.The energy decay equation of simple breaking wave is used and a breaking wave height probability distribution is derived by introducing the concept of random limited wave height into wave height statistics.It reflects the relationship between the breaker type and the degree of energy decay obtained from experimental analysis.A similar macro energy control was performed as that by the technological standards for harbor engineering in China.The model efficiency is well testified by laboratory data. [WT5”HZ]

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What this paper is about

WT5”BZ]A new form of breaking wave decaying model is set up.The energy decay equation of simple breaking wave is used and a breaking wave height probability distribution is derived by introducing the concept of random limited wave height into wave height statistics.It reflects the relationship between the breaker type and the degree of energy decay obtained from experimental analysis.A similar macro energy control was performed as that by the technological standards for harbor engineering in China.The model efficiency is well testified by laboratory data. [WT5”HZ]

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Available abstract

WT5”BZ]A new form of breaking wave decaying model is set up.The energy decay equation of simple breaking wave is used and a breaking wave height probability distribution is derived by introducing the concept of random limited wave height into wave height statistics.It reflects the relationship between the breaker type and the degree of energy decay obtained from experimental analysis.A similar macro energy control was performed as that by the technological standards for harbor engineering in China.The model efficiency is well testified by laboratory data. [WT5”HZ]

Key concepts: Breaking wave, Wave height, Energy (signal processing), Circuit breaker, Macro, Range (aeronautics), Physics, Statistical physics

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