Index Catalog // ScholarsArchive@OSU

Predicting the longshore-variable coastal response to hurricanes

Creator:: Stockdon, Hilary F.
Abstract:: The longshore variability of the coastal response to hurricanes may be examined within the framework of a storm-impact scaling model that compares spatially-variable beach morphology and fluid forcing. The relative elevations of dune height and storm-induced water levels are used to define three impact regimes (swash, collision, and overwash), within...
Resource Type:: Dissertation
Full Text:: 1 AN ABSTRACT OF THE DISSERTATION OF Hilary F. Stockdon

Development of 2D models to estimate nearshore bathymetry and sediment transport

Creator:: Splinter, Kristen D.
Abstract:: We examine the interactions and feedbacks between bathymetry, waves, currents, and sediment transport. The ﬁrst two pro jects focus on the use of remote sensing techniques to expand our knowledge of the nearshore. Due to the plethora of snap-shot data that is available from satellites and their distribution via Google...
Resource Type:: Dissertation
Full Text:: . Holman We examine the interactions and feedbacks between bathymetry, waves, currents, and sediment

Dune erosion models and swash zone kinematics from remote video observations

Creator:: Palmsten, Margaret L.
Abstract:: The subaerial beach, composed of sand dunes and the foreshore, provides a natural buffer zone between vulnerable land and the dissipation of storm wave energy due to wave breaking. The natural beauty of this region is attractive to people, and as a result, significant investment has been placed in this...
Resource Type:: Dissertation
Full Text:: : _____________________________________________________________________ Robert A. Holman The subaerial beach, composed of sand dunes and the foreshore, provides a

Edge waves in the presence of strong longshore currents

Creator:: Howd, Peter A.
Resource Type:: Dissertation
Full Text:: ' Oceanography presented on May 6. 1991 Robert A. Holman The wave-induced velocity field in the nearshore is

Dynamics of the nearshore wave bottom boundary layer

Creator:: Foster, Diane Lyn
Abstract:: This thesis presents an examination of the nearshore wave bottom boundary layer under conditions of significant sediment response. Using both field observations and simple models, the response of the bottom boundary layer to random waves is shown to have a complex behavior. First, the linearized wave bottom boundary layer governing...
Resource Type:: Dissertation
Full Text:: . First and foremost, rd like to thank Rob Holman for serving as my chief mentor over these five years

Remote measurements of waves and currents over complex bathymetry

Creator:: Chickadel, Carmine C. (Carmine Christopher)
Abstract:: Waves are the primary input of energy in the nearshore region, and together with the currents forced through the transfer of momentum that occurs during the wave breaking process they are the principal mechanism for sediment transport in the nearshore. The basic physics of waves and currents are thought to...
Resource Type:: Dissertation
Full Text:: : ___________________________________________________ Robert A. Holman Waves are the primary input of energy in the nearshore region, and

Edge wave response to a modulating incident wave field

Creator:: Lippmann, Thomas Charles
Resource Type:: Dissertation
Full Text:: to a Modulating Incident Wave Field Abstract Approved: Robert A. Holman Modulations in wave height

Foreshore dynamics : swash motions and topographic interactions on natural beaches

Creator:: Holland, K. Todd
Resource Type:: Dissertation
Full Text:: Motions and Topographic Interactions on Natural Beaches Abstract approved: Robert A. Holman The

The role of morphologic feedback in surf zone sand bar response

Creator:: Plant, Nathaniel Granger
Resource Type:: Dissertation
Full Text:: wave motions (f>0.05 s1) or infragravity wave motions (1<0.05 s-1) [Lippmann and Holman, 19901. 1.4

F-tests in partially balanced and unbalanced mixed linear models

Creator:: Utlaut, Theresa L.
Abstract:: This dissertation considers two approaches for testing hypotheses in unbalanced mixed linear models. The first approach is to construct a design with some type of structure or "partial" balance, so that some of the optimal properties of a completely balanced design hold. It is shown that for a particular type...
Resource Type:: Dissertation
Full Text:: all combinations of w'; of levels of the factors in T* = .F\g, where v*f and vg denote the vector

ScholarsArchive@OSU

Predicting the longshore-variable coastal response to hurricanes

Development of 2D models to estimate nearshore bathymetry and sediment transport

Dune erosion models and swash zone kinematics from remote video observations

Edge waves in the presence of strong longshore currents

Dynamics of the nearshore wave bottom boundary layer

Remote measurements of waves and currents over complex bathymetry

Edge wave response to a modulating incident wave field

Foreshore dynamics : swash motions and topographic interactions on natural beaches

The role of morphologic feedback in surf zone sand bar response

F-tests in partially balanced and unbalanced mixed linear models

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