This report describes a study of coastal processes along the Atlantic coast from Asbury Park to Manasquan, New Jersey. Numerical predictive models for storm surge, dune erosion, nearshore wave transformation, and shoreline response were used in conjunction with an intensive analysis of available physical data to assist in the design, evaluation, and implementation of comprehensive shore protection plans for this densely populated and heavily structured coastal region. the study was divided into four independent but interrelated areas: (a) deepwater wave climate analysis and nearshore wave transformation, (b) long-term shoreline response numerical modeling, (c) development of coastal stage-frequency relationships, and (d) numerical modeling of storm-induced dune erosion. The results, interrelations, and recommendations of these tasks are presented in the main body of the report together with guidance for the interpretation of the numerical model results. The statistics of the wave hindcast data base, along with graphical representations of the model results, are given in the appendices. Six proposed and four revised design alternatives were evaluated using the shoreline response model to predict the platforms evolution of the beach. Cross-shore responses of the proposed design alternatives were evaluated in a probabilistic manner using the dune erosion model in conjunction with the stage-frequency relationships.
Coastal Processes from Asbury Park to Manasquan, New Jersey
Miscellaneous Paper ; CERC-89-11
1989
8132461
Report
Elektronische Ressource
Englisch
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