03 Application study of shallow water wave model (SWAN)
03 Application study of shallow water wave model (SWAN)
03 Application study of shallow water wave model (SWAN)
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. Assume Komen wind input expression and corresponding<br />
Komen coefficient <strong>of</strong> white-capping to compute the significant <strong>wave</strong><br />
heights, which is abbreviated to ‘default Komen-Komen’ when<br />
default value is set and ‘amended Komen-Komen’ when new<br />
formula is implemented.<br />
c. Assume Janssen wind input expression and corresponding<br />
Jassen coefficient <strong>of</strong> white-capping to compute the significant <strong>wave</strong><br />
heights, which is abbreviated to ‘default Janssen-Janssen’ when<br />
default value is set and ‘amended Janssen-Janssen’ when new<br />
formula is implemented.<br />
d. Assume Janssen wind input expression and Alkyon expression<br />
<strong>of</strong> white-capping to compute the significant <strong>wave</strong> heights, which is<br />
abbreviated to ‘default Komen-Komen’ when default value is set<br />
and ‘amended Komen-Komen’ when new formula is implemented.
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