In these times, many activities connected to maritime services and infrastructures that allow the transfer of goods and passengers by sea play a strategic and essential role in economic and social development at the regional, national, and global levels. These services and infrastructures constitute maritime transport, which is the primary mode for long‑distance travel in terms of economic efficiency and environmental sustainability.
New technological challenges—both in the design and construction of infrastructures and in the management of the functional components of maritime transport systems—must be addressed through advanced and innovative approaches that take into account the particular territorial vulnerability of coastal environments.
The main objective of the course is to assess potential interferences between the coastal environment and existing or newly planned infrastructures dedicated to the transfer of passengers and goods from land to sea and vice versa.
New technological challenges—both in the design and construction of infrastructures and in the management of the functional components of maritime transport systems—must be addressed through advanced and innovative approaches that take into account the particular territorial vulnerability of coastal environments.
The main objective of the course is to assess potential interferences between the coastal environment and existing or newly planned infrastructures dedicated to the transfer of passengers and goods from land to sea and vice versa.
teacher profile teaching materials
1 Introduction, course content and transport systems
2&3 Transportation supply model & Transportation demand model
4&5 Models based on regression analysis - Calibration of Regression Models & Ex Demand
6 Distributional models
7 & 8 Distributional models ex - calibration of gravitational model
9 Transportation assignment model
10 Transportation assignment techniques
11 & 12 modal split model
13 ABC
14 Logistics
2&3 Sea-land transportation
4 Road
5 Railways
6&7 Equations of motion
8 Applcation of motion eqq.
9 H and V alignment
10&11 project examples
12 lateral dynamic equilibrium & curve in railway
13 layout of ports, masterplan and infrastructures
14&15 Special areas
15 Vehicles
16 Stability + Services
17&18 Costs + Introducion Intermodality
19 Intermodal Load Unit - Exercise H&S
20 Inermodal Vehicles - Exercises Costs
21&22 Port & Terminal
23 Dicussione H&S - Exercises Terminal
24 seminario
25&26 Port Infrastructure Performance: KPIs for Port, Terminal, and Ship
27 seminario
16 Intersections & Pavement
17&18 Railway superstructure
19 Soil stabilization
20&21 Examples
22 Summary, discussion and questions
23 Seminar on Port of Genoa
24&25 Seminar on remote sensing and applications
26 Seminar on data fusion and application
27 Seminar on BIM
A.Benedetto "Strade Ferrovie Aeroporti" UTET Torino II Ed.
Fruizione: 20810170-2 MARITIME TRANSPORTATION AND INFRASTRUCTURES-B in Ingegneria costiera e marina sostenibile LM-23 R BENEDETTO ANDREA
Programme
1 Introduction and Course content1 Introduction, course content and transport systems
2&3 Transportation supply model & Transportation demand model
4&5 Models based on regression analysis - Calibration of Regression Models & Ex Demand
6 Distributional models
7 & 8 Distributional models ex - calibration of gravitational model
9 Transportation assignment model
10 Transportation assignment techniques
11 & 12 modal split model
13 ABC
14 Logistics
2&3 Sea-land transportation
4 Road
5 Railways
6&7 Equations of motion
8 Applcation of motion eqq.
9 H and V alignment
10&11 project examples
12 lateral dynamic equilibrium & curve in railway
13 layout of ports, masterplan and infrastructures
14&15 Special areas
15 Vehicles
16 Stability + Services
17&18 Costs + Introducion Intermodality
19 Intermodal Load Unit - Exercise H&S
20 Inermodal Vehicles - Exercises Costs
21&22 Port & Terminal
23 Dicussione H&S - Exercises Terminal
24 seminario
25&26 Port Infrastructure Performance: KPIs for Port, Terminal, and Ship
27 seminario
16 Intersections & Pavement
17&18 Railway superstructure
19 Soil stabilization
20&21 Examples
22 Summary, discussion and questions
23 Seminar on Port of Genoa
24&25 Seminar on remote sensing and applications
26 Seminar on data fusion and application
27 Seminar on BIM
Core Documentation
Materials given by the professorsA.Benedetto "Strade Ferrovie Aeroporti" UTET Torino II Ed.
Attendance
Very recommended but not mandatoryType of evaluation
Oral exam and home work evaluation teacher profile teaching materials
Demand model
Calibration of the gravitational model
Limits of growth factor models
Quadrature of the demand matrix: motivation and procedure
Assignment model
Cost/benefit analysis
Port terminals
Multimodal transport
Intermodal transport
Liner and tramp services
Competitiveness factor ports
Fruizione: 20810170-1 MARITIME TRANSPORTATION AND INFRASTRUCTURES-A in Ingegneria costiera e marina sostenibile LM-23 R MANNINI LIVIA
Programme
Supply modelDemand model
Calibration of the gravitational model
Limits of growth factor models
Quadrature of the demand matrix: motivation and procedure
Assignment model
Cost/benefit analysis
Port terminals
Multimodal transport
Intermodal transport
Liner and tramp services
Competitiveness factor ports
Core Documentation
Lecture notes provided by the professor.Attendance
Not mandatory.Type of evaluation
Final oral test aimed at assessing acquired skills.