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Design Wave Information for the Great Lakes. Report 5. Lake Superior

Author : Donald T. Resio

Publisher :

Page : 222 pages

File Size : 46,77 MB

Release : 1978

Category : Great Lakes (North America)

ISBN :

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Book Description

This report contains hindcast wave information that is applicable to many planning and design purposes on Lake Superior. Historical wind data from stations along Lake Superior served as input to the numerical hindcast model, and significant wave heights were calculated for 5-, 10-, 20-, 50-, and 100-yr return periods. These results are provided in tabular form for 57 points along the Lake Superior shoreline. The mean significant period for each of these wave heights is also given. Information is provided for four seasons of the year (January-March, April-June, July-September, and October-December and is separated into three approach directions relative to shore. (Author)





Design Wave Information for the Great Lakes

Author : Donald T. Resio

Publisher :

Page : 0 pages

File Size : 34,14 MB

Release : 1976

Category : Great Lakes (North America)

ISBN :

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Book Description

This report contains hindcast wave information that is applicable to many planning and design purposes on Lake Michigan. Historical wind data from six stations along Lake Michigan served as input to the numerical hindcast model, and significant wave heights were calculated for 5-, 10-, 20-, 50-, and 100-yr return periods. These results are provided in tabular form for 64 points along the Lake Michigan shoreline. The mean significant period for each of these wave heights is also given. Information is provided for four seasons of the year (January-March, April-June, July-September, and October-December) and is separated into three approach directions relative to shore. (Author).



Design Wave Information for the Great Lakes

Author : Donald T. Resio

Publisher :

Page : 158 pages

File Size : 21,70 MB

Release : 1976

Category : Erie, Lake

ISBN :

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Book Description

This report contains hindcast wave information that is applicable to many planning and design purposes on Lake Erie. Historical wind data from four stations along Lake Erie served as input to the numerical hindcast model, and significant wave heights were calculated for 5-, 10-, 20-, 50-, and 100-yr return periods. These results are provided in tabular form for 24 points along the Lake Erie shoreline. The mean significant period for each of these wave heights is also given. Information is provided for four seasons of the year (January-March, April-June, July-September, and October-December) and is separated into three approach directions relative to shore. (Author).



Design Wave Information for the Great Lakes

Author : Donald T. Resio

Publisher :

Page : 160 pages

File Size : 23,81 MB

Release : 1977

Category : Great Lakes (North America)

ISBN :

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Book Description

This report contains hindcast wave information that is applicable to many planning and design purposes on Lake Huron. Historical wind data from stations along Lake Huron served as input to the numerical hindcast model, and significant wave heights were calculated for 5-, 10-, 20-, 50-, and 100-yr return periods. These results are provided in tabular form for 28 points along the Lake Huron shoreline. The mean significant period for each of these wave heights is also given. Information is provided for four seasons of the year (January-March, April-June, July-September, and October-December) and is separated into three approach directions relative to shore. (Author).





Seasonal Variations in Great Lakes Design Wave Heights

Author : Donald T. Resio

Publisher :

Page : 94 pages

File Size : 25,53 MB

Release : 1977

Category : Great Lakes (North America)

ISBN :

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Book Description

Tables of 5-day extremal parameters are presented, along with a methodology for the calculation of design wave heights for variable intervals of time during the year. A brief description of the Great Lakes Climatology is included to provide a meteorological context for the wave height variations throughout the year. (Author).