COASTAL AND HARBOUR ENGINEERING-Sustainable design aims at providing knowledge and competences for the design of a complex sustainable maritime infrastructure and of coastal defences. A detailed knowledge of the following topics is provided: 1) main maritime terminals; 2) main maritime structures typologies and design methods; 3) planning and management of engineering design activities; 4) meteoceanographic data statistical analysis and models for the wave propagation into harbours; 5) oral and written presentation methods.
After the course the students shall be able of: 1) specifying the requirements of the project, identifying the constraints and the relevant codes; 2) planning the design activities; 3) developing statistical analyses on meteoceanographic data, to provide inputs for the design activities; 4) applying numerical models for the wave penetration into harbours; 5) defining alternative design solutions and select the optimal one; 6) using cad software and designing the main maritime structures, also providing a preliminary plan of the construction activities; 7) presenting orally the design and writing accurate reports; 8) working in team.
After the course the students shall be able of: 1) specifying the requirements of the project, identifying the constraints and the relevant codes; 2) planning the design activities; 3) developing statistical analyses on meteoceanographic data, to provide inputs for the design activities; 4) applying numerical models for the wave penetration into harbours; 5) defining alternative design solutions and select the optimal one; 6) using cad software and designing the main maritime structures, also providing a preliminary plan of the construction activities; 7) presenting orally the design and writing accurate reports; 8) working in team.
teacher profile teaching materials
History of Coastal Engineering
Basic concepts of maritime hydraulics and coastal structures
Design of maritime structures
Wave theories (Stokes theory, long wave theory, etc.)
Results of the linear theory
Exercise: Meteocen study (regime)
Exercise: Meteocen study (extremes)
Exercise: Design of maritime structures
Exercise: Numerical modelling of wave propagation (SWAN)
Design of wave energy conversion (WEC)
Coastal hydrodynamics and morphodynamics
Book Svendsen "Introduction to nearshore hydrodynamics"
Book Holthuijsen "Waves in Oceanic and Coastal Waters"
Programme
Introduction of the CourseHistory of Coastal Engineering
Basic concepts of maritime hydraulics and coastal structures
Design of maritime structures
Wave theories (Stokes theory, long wave theory, etc.)
Results of the linear theory
Exercise: Meteocen study (regime)
Exercise: Meteocen study (extremes)
Exercise: Design of maritime structures
Exercise: Numerical modelling of wave propagation (SWAN)
Design of wave energy conversion (WEC)
Coastal hydrodynamics and morphodynamics
Prerequisiti
None.Core Documentation
Lecture notes.Book Svendsen "Introduction to nearshore hydrodynamics"
Book Holthuijsen "Waves in Oceanic and Coastal Waters"
Type of delivery of the course
.Attendance
Not mandatory.Type of evaluation
Written and oral exam with discussion of the exercises. The oral exam consists of 3 questions. Each question will be given a score between 0 and 10 points. teacher profile teaching materials
History of Coastal Engineering
Basic concepts of maritime hydraulics and coastal structures
Design of maritime structures
Wave theories (Stokes theory, long wave theory, etc.)
Results of the linear theory
Exercise: Meteocen study (regime)
Exercise: Meteocen study (extremes)
Exercise: Design of maritime structures
Exercise: Numerical modelling of wave propagation (SWAN)
Design of wave energy conversion (WEC)
Coastal hydrodynamics and morphodynamics
Book Svendsen "Introduction to nearshore hydrodynamics"
Book Holthuijsen "Waves in Oceanic and Coastal Waters"
Programme
Introduction of the CourseHistory of Coastal Engineering
Basic concepts of maritime hydraulics and coastal structures
Design of maritime structures
Wave theories (Stokes theory, long wave theory, etc.)
Results of the linear theory
Exercise: Meteocen study (regime)
Exercise: Meteocen study (extremes)
Exercise: Design of maritime structures
Exercise: Numerical modelling of wave propagation (SWAN)
Design of wave energy conversion (WEC)
Coastal hydrodynamics and morphodynamics
Prerequisiti
None.Core Documentation
Lecture notes.Book Svendsen "Introduction to nearshore hydrodynamics"
Book Holthuijsen "Waves in Oceanic and Coastal Waters"
Type of delivery of the course
.Attendance
Not mandatory.Type of evaluation
Written and oral exam with discussion of the exercises. The oral exam consists of 3 questions. Each question will be given a score between 0 and 10 points.