Abstract: Monochromatic wave reflection and transmission over a submerged impermeable breakwater is predicted numerically by slightly modifying the numerical model developed previously for predicting wave reflection and run‐up on ...

Abstract: Monochromatic wave overtopping over the crest of an impermeable coastal structure located on a sloping beach is predicted numerically by expanding the numerical model developed previously for predicting wave run‐up on such ...

Abstract: A one‐dimensional, time‐dependent numerical model is developed to simulate the flow over a rough permeable slope as well as the flow inside a permeable underlayer of arbitrary thickness for specified normally incident ...

Abstract: The one‐dimensional equations of mass, momentum, and energy are derived from the two‐dimensional continuity and Reynolds equations in order to elucidate the approximations involved in these one‐dimensional equations, which ...

Abstract: Three irregular wave test runs were conducted to obtain detailed data on irregular wave reflection and run‐up on a 1:3 rough impermeable slope. The test results were also used to evaluate the capabilities and limitations ...