A reduced-complexity shoreline model for coastal areas with large water level fluctuations
A reduced-complexity shoreline model for coastal areas with large water level fluctuations
Abdelhady, H., and C.D. Troy Coastal Engineering published PDF PDF Online Article
In this paper, we debut a new reduced-complexity shoreline model that can be used to simulate shoreline position changes in response to not only wave (which people have done) but water level fluctuations. This "Great Lakes Shoreline Model" (GLSM) is tested on two Lake Michigan beaches and shows a great ability to simulate shoreline changes that are strongly linked to water level fluctuations.
Abdelhady, H., and C.D. Troy Coastal Engineering published PDF PDF Online Article
In this paper, we debut a new reduced-complexity shoreline model that can be used to simulate shoreline position changes in response to not only wave (which people have done) but water level fluctuations. This "Great Lakes Shoreline Model" (GLSM) is tested on two Lake Michigan beaches and shows a great ability to simulate shoreline changes that are strongly linked to water level fluctuations.


