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1981, Coastal engineering technical aid, Volume 81-17., 26
The results of several laboratory studies have been used to develop a method to estimate the wave runup and rundown on plane, smooth slopes cuased by irregular... 
wave runup | water waves
Book
1977, Coastal engineering technical aid, Volume 77-7., 20
A proposed technique is described for predicting overtopping rates for structures exposed to irregular wind-generated waves by extending the method of... 
wave runup | irregular waves | overtopping
Book
1988, Technical report CERC, Volume 88-5., 1 v.
This report describes methods to calculate the approximate upper limit of runup on riprap revetments caused by irregular wave action. A formula to predict the... 
prediction | riprap | wave runup | irregular waves
Book
1978, Technical paper (Coastal Engineering Research Center (U.S.)), Volume 78-2., 131
Published results of tests of monochromatic wave runup were reanalyzed for both smooth and rough structure surfaces. Wave runup theort is discussed briefly and... 
coastal structures | riprap | wave runup | coastal engineering
Book
1978, Coastal engineering technical aid, Volume 78-2., 35
Results of previous tests of monochromatic wave runup on smooth structure slopes were reanalyzed. Runup results for both breaking and nonbreaking waves are... 
breakwaters | coastal structures | wave runup | coastal engineering
Book
1977, Coastal engineering technical aid, Volume 77-2., 14
A technique is described for estimating the runup distribution of wind-generated waves, extending the method of runup prediction for waves of constant height... 
waves | design wave | wave runup | wind waves
Book
1975, Miscellaneous paper (Coastal Engineering Research Center (U.S.)), Volume 12-75., 25
This study compares the runup caused by monochromatic and simple irregular waves on a smooth 1 on 10 slope. Wave runup was measured by use of a modified... 
waves | coastal structures | wave gauges | wave runup
Book
1998, 1st ed., Manuals and guides (Intergovernmental Oceanographic Commission), Volume 37., 1 v. (various pagings)
Book
1990, Technical report CERC, Volume 90-12., 1 v.
A laboratory experiment was conducted in a wave tank to examine macroscale features of wave breaking over bars and reefs. Submerged triangular-shaped obstacles... 
wave height | wave runup | wave dissipation | breaking waves
Book
1986, Technical report CERC, Volume 86-12., 40
Methods for estimating the volume rate of wave overtopping by irregular seas are reviewed. Four methods are discussed in detail. Each method is discussed... 
breakwaters | floods | coastal structures | wave runup | irregular waves | overtopping
Book
Coastal Engineering, ISSN 0378-3839, 01/2017, Volume 119, pp. 15 - 31
This paper assesses the accuracy of 11 existing runup models against field data collected under moderate wave conditions from 11 non-truncated beaches in New... 
Swash | Beaches | Runup | Model accuracy, remote sensing | remote sensing | Model accuracy | WAVE RUNUP | ENGINEERING, CIVIL | ENGINEERING, OCEAN | HEIGHT | Root-mean-square errors | Errors | Data sets | Predictions | Scaling | Mathematical models | Assessments
Journal Article
Estuarine, Coastal and Shelf Science, ISSN 0272-7714, 09/2019, Volume 225, p. 106244
Storm surge and wave runup are key determinants of the potential for beach overwashing during storm events. However, the prediction and quantification of wave... 
Video monitoring | SWASH | UAV | Wave runup | Runup empirical formulas | STRUCTURE-FROM-MOTION | SEA-LEVEL | REGION | SETUP | PROFILE | PARAMETERIZATION | SWASH ZONE | MARINE & FRESHWATER BIOLOGY | OCEANOGRAPHY | PHOTOGRAMMETRY | Physics | Environmental Sciences
Journal Article
Ocean Engineering, ISSN 0029-8018, 12/2019, Volume 194, p. 106625
Journal Article
Coastal Engineering, ISSN 0378-3839, 11/2016, Volume 117, pp. 176 - 190
Video derived runup statistics from ten separate deployments at six field sites have been used to develop a new parameterisation for the prediction of runup of... 
XBeach | XBeach-G | Barriers | Video | Parameterisation | Gravel | Beaches | Runup | STORM RESPONSE | SWASH | HYDRODYNAMICS | ADJUSTMENT | NATURAL BEACH | WAVE RUNUP | ENGINEERING, CIVIL | ENGINEERING, OCEAN | DYNAMICS | MORPHOLOGICAL CHANGE | Analysis | Marine sciences | Grain size | Parameters | Mathematical analysis | Mathematical models | Spectra | Statistics
Journal Article
Applied Ocean Research, ISSN 0141-1187, 01/2020, Volume 94, p. 101977
In this work, a recently developed two-layer Boussinesq model with high accuracy regarding linear and nonlinear properties and interior kinematic properties... 
Boussinesq model | Tsunami | Landslide | Runup | Bottom motion
Journal Article
1978, Technical paper (Coastal Engineering Research Center (U.S.)), Volume 78-1., 187
This report presents the results of a laboratory investigation of wave height measurements at an isolated pile. The investigation was motivated by the... 
wave direction sensors | piles | wave forces | wave measuring equipment | velocity | wave runup
Book
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