2020
DOI: 10.1007/s40722-020-00177-5
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Deterministic incident-wave elevation prediction in intermediate water depth

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Cited by 5 publications
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“…However, this impulse response function overestimates a non-causality because of the dispersion relation [26]. To obtain more accurate prediction results, the impulse response function using the dispersion relation of finitedepth water ω|ω| = k tanh k is examined [26,28]. As it is difficult to obtain a single solution valid for the whole time domain, the time domain is divided into three parts, and analytical solutions on respective time domains are obtained [26].…”
Section: Analytical Form Of Impulse Response Functionmentioning
confidence: 99%
“…However, this impulse response function overestimates a non-causality because of the dispersion relation [26]. To obtain more accurate prediction results, the impulse response function using the dispersion relation of finitedepth water ω|ω| = k tanh k is examined [26,28]. As it is difficult to obtain a single solution valid for the whole time domain, the time domain is divided into three parts, and analytical solutions on respective time domains are obtained [26].…”
Section: Analytical Form Of Impulse Response Functionmentioning
confidence: 99%