Experiments to measure waves, currents, and sediment transport rate for two breaker types, plunging and spilling, were conducted in a large-scale three-dimensional physical model. It was found that there was a large difference in cross-shore distribution and total sediment transport rate between the two breaker types. Total transport rates compared to existing predictive equations. The equations generally did not predict the data well. With the exception of the Kamphuis (1991) equation, which included a dependence on wave period, the predictive equations did not differentiate between breaker types
Streamer sediment traps were used to measure the distribution of longshore sediment flux in the surf...
Streamer sediment traps were used to measure the distribution of longshore sediment flux in the surf...
Beach-profile evolution, along with measurements of waves, currents, and sediment concentration, und...
Experiments to measure waves, currents, and sediment transport rate for two breaker types, plunging ...
Laboratory experiments were performed to study and improve longshore sediment transport rate predict...
Experiments were conducted in the Large-scale Sediment Transport Facility (LSTF) at the U.S. Army En...
Total rates and cross-shore distribution of longshore sediment transport under predominantly spillin...
The total rate of longshore sediment transport was measured by streamer traps at 29 locations along ...
Aiming at improving present understanding on longshore sediment transport (LST), the U.S. Army Engin...
This paper presents an energetic-based simple approach for the computation of cross-shore distributi...
Longshore Sediment Transport (LST) is one of the main drivers of beach morphology. It works at tempo...
The total longshore sediment transport rate in the surf zone was measured at a temporary groin insta...
Accurate predictions of the total rate of longshore sand transport (LST) and its cross-shore distrib...
Theory for across-shore transport as a function of beach slope and sediment size is extended to long...
Streamer sediment traps were used to measure the distribution of longshore sediment flux in the surf...
Streamer sediment traps were used to measure the distribution of longshore sediment flux in the surf...
Beach-profile evolution, along with measurements of waves, currents, and sediment concentration, und...
Experiments to measure waves, currents, and sediment transport rate for two breaker types, plunging ...
Laboratory experiments were performed to study and improve longshore sediment transport rate predict...
Experiments were conducted in the Large-scale Sediment Transport Facility (LSTF) at the U.S. Army En...
Total rates and cross-shore distribution of longshore sediment transport under predominantly spillin...
The total rate of longshore sediment transport was measured by streamer traps at 29 locations along ...
Aiming at improving present understanding on longshore sediment transport (LST), the U.S. Army Engin...
This paper presents an energetic-based simple approach for the computation of cross-shore distributi...
Longshore Sediment Transport (LST) is one of the main drivers of beach morphology. It works at tempo...
The total longshore sediment transport rate in the surf zone was measured at a temporary groin insta...
Accurate predictions of the total rate of longshore sand transport (LST) and its cross-shore distrib...
Theory for across-shore transport as a function of beach slope and sediment size is extended to long...
Streamer sediment traps were used to measure the distribution of longshore sediment flux in the surf...
Streamer sediment traps were used to measure the distribution of longshore sediment flux in the surf...
Beach-profile evolution, along with measurements of waves, currents, and sediment concentration, und...