Abstract: Wave induced pore pressures in bottom soils have an influence on the geotechnical stability of structures and may also have an effect on the transport of sand. Wave induced pore pressures in a seabed of sand or clay has ...

Abstract: The wave forces in the surface zone for a single pile have been measured with regular waves in a laboratory. Reynolds numbers of up to

Abstract: Wave‐induced parallel and normal forces on an armor unit on a berm breakwater have been measured. The armor unit was located on the flattened part of the reshaped berm breakwater. Simultaneously with the force measurements ...

Abstract: Synoptic data are studied to determine which, if any, parameters representing large-scale physical processes can be used to discriminate effectively between days of insignificant convective activity and those with significant ...

Abstract: The evolution of the mean low-level environmental wind and moisture content at Sterling, Colorado, on days preceding, during and following hail episodes has been determined from National Hail Research Experiment soundings. ...

Abstract: Climatological and environmental conditions associated with funnel cloud occurrences without tornadoes have been examined and compared with corresponding conditions of the tornado environment. The purpose was to determine ...

Abstract: The objective of the study reported in this paper was to develop a method by which to evaluate the suitability of quarried stones to withstand the impacts they will be subjected to when rolling on a reshaping berm breakwater. ...

Abstract: Run-of-the-river hydropower is a typical form of power generation in mountainous regions. This study investigates the velocity field upstream of Aberfeldie dam, a run-of-the river facility on the Bull River near Wardner, ...

Abstract: Run-of-the-river hydropower is a typical form of power generation in mountainous regions. This study investigates the velocity field upstream of Aberfeldie dam, a run-of-the river facility on the Bull River near Wardner, ...

Abstract: In regulated rivers downstream of hydropower facilities, understanding how supersaturated total dissolved gases (TDGs) are distributed and dissipated is crucial, as they can negatively impact the aquatic environment. The ...