BACK TO TEACHING PAGE

 

 

 

LAUREA SPECIALISTICA IN INGEGNERIA PER L'AMBIENTE ED IL TERRITORIO

LAUREA SPECIALISTICA IN INGEGNERIA CIVILE

"Coastal management" 3 credits - Part of:

"RIVER AND COASTAL MANAGEMENT  " AA 2017-2018

 

Module: Coastal Processes

The two parts of the course are closely coordinated:  Eugenio Pugliese Carratelli and  Fabio Dentale are in charge of the "coastal management", Mariolina Papa of the "river management". This page only deals with the coastal module

 

                                                              

                                                          

 

                                                           

 

 Waves-BasicConcepts

 

An Idealized wave theory: Airy (Stokes I); velocity profiles..Dispersion equation; Energy flux -Shoaling, Refraction,.   Wave breaking: type of breakers, Irribarren Parameter. Radiation Stresses;  Real waves:  sea state, SWH. Wave energy.   Basic principles of  set-up, run up  File: 

Waves-BasicConcepts

  

Beach sedimentBalance-BasicConcepts

Sediments: Sediment grade, D50,  Fall velocity, The Sediment cell. Sediment transport:suspension, Longshore and crossshore drift,  River sediment input,Trapping of sediment on longs-shore movement     Examples of sediment cells on the Tyrrhenian Coast

File  CoastalProcesssTheConcepts

Beach sediment balance-The tools

 Sediments: settling velocity Cross/shore erosion Bed shear stress; threshold ;Shields diagram ;basic formulas for suspension  and bed flow .Cross-shore  erosion and accretion ;for given wave climate, effect of coast orientation, beach slope, sediment size.     Longshore currents Longshore sediment movement: CERC-Like formulas. . Calibration of CERC - like formulas. A real life case: Amantea.  Beach profiles (Dean) .    Closure depth.  Sediment continuity an one-line models -Computation of volume for Beach nourishment,

File  CoastalProcesssTheTools

 

Models:  Genesys, XBeach,  SBEACH ...   – Recalling b.    . Larson and Kraus 1988).Beach profile -

 

Final project:  choose a  point around the Italian coast and extract the story of  its wave climate from the data supplied in the exercise;  consider a length of coast in the nearby;  evaluate the direction of the coast and use the data to deretermine: the trend to cross shore erosion or accretion ; the trend of longshore transport (two diretion and total), Find evidence (or otherwise) of the results with Googlemaps. Determine closure depth

 

 

EXAMS ARE BASED UPON A PRESENTION AND A DISCUSSION OF THE FINAL PROJECT (PRESENTATION CAN BE MADE IN ENGLISH, OR ITALIAN OR IN SPANISH)

 

Number of credits : 3 

Course notes are available on     www.eugeniopc.it \DIDATTICA1.htm (easily found by  Googling EPCDIDATTICA), Students are expected to follow the lessons and to carry out the exercise and examples which are presented during the lessons. Please bring a laptop with you

 

 

 US Army Corps of  Engineers:   http://www.a-jacks.com/Coastal/GeneralInfo/CEM/CEM.aspx

Atlante delle Coste" dell’ ARPAC  www.isprambiente.it/it/servizi-per-lambiente/stato-delle-coste/atlante-delle-coste

R. Soulsby  “Dynamics of Marine Sands”  Thomas Telford

 

 

 

    

Notes available on line   

 Green: updated      Orange: in course of revision     Red: Notreadyyet  

 

Waves-BasicConcepts                         Beach sedimentBalance-BasicConcepts            Beach sedimentBalance-The tools

Waves-BasicConceptspdf                   Beach sedimentBalance-BasicConceptspdf       Beach sedimentBalance-The toolspdf

 

 

   

 

       Exercise1         Exercise2    Exercise3               

 

 

Registro del Corso2016-2017

 

 

 BACK TO TEACHING PAGE