The problem of intermediate reloading between shipping and terrestrial transport is typically affected by many constraints given by many factors among them the limited spaces of the seaports certainly prevailing. Horizontal and vertical alignment (slopes, curves, clothoids) as well manoeuvres or design speeds must take into account any constraints in a not ordinary framework.
The overall objective is here to give to the students all the information and technical tools to design and manage the transportation infrastructure at the terrestrial-maritime interface.
Design and construction as well as maintenance of parking lots, roads, motorways, rail stations and railways at the land/sea interface are discussed, in particular focusing on geometry standards, safety and efficiency of transport. Moreover the main concepts of selection criteria and acceptance standards for construction and building materials are explained under a perspective of sustainability.
The main concepts of construction management and building sites or work zones safety and efficiency are also accurately presented, mainly considering the aspects related to the environmental impacts during construction.
The overall objective is here to give to the students all the information and technical tools to design and manage the transportation infrastructure at the terrestrial-maritime interface.
Design and construction as well as maintenance of parking lots, roads, motorways, rail stations and railways at the land/sea interface are discussed, in particular focusing on geometry standards, safety and efficiency of transport. Moreover the main concepts of selection criteria and acceptance standards for construction and building materials are explained under a perspective of sustainability.
The main concepts of construction management and building sites or work zones safety and efficiency are also accurately presented, mainly considering the aspects related to the environmental impacts during construction.
scheda docente
materiale didattico
- Transportation supply models
o Study area
o Zoning
o Graph
- Transportation demand models
o Generation model
o Attraction model
o Distribution model and matrix squaring
- Interaction models of supply and demand
o Assignment models
- Transportation system of access to maritime infrastructure
o Passenger and freight accessibility
- Logistics
o Logistics system
o Logistics platforms
- Types of maritime transport vehicles
o Vessel classification
o Vessel characteristics
o Vessel descriptions
- Types of shipping services:
o Active subjects
o Scheduled or on-demand services
o Hub & spoke - Point-to-Point
o Transhipment models
o Costs
- Intermodal Transportation
o Road-Rail / Road-Sea / Sea-Sea
o Containers and other types of cargo units for intermodal transportation
- Constituent Elements and Modes of Operation of Ports
o Layout of ports
o Elements of ports
o Vehicular movements in ports
o Types of handling equipment
o Port terminals
o Focus on container/ro-ro/ro-pax terminals
- Maritime routes
o Routes and navigation
o Highways of the sea
- Gigantism
o Ships and ports
o Italian ports
- Environmental impact of shipping
o Emissions by vessel type in port and during navigation
- Port infrastructure performance
o KPIs by Port, Terminal and Vessel
- Information technology tools for transport data analysis
Programma
Overview of transportation engineering with an in-depth analysis on maritime transportation- Transportation supply models
o Study area
o Zoning
o Graph
- Transportation demand models
o Generation model
o Attraction model
o Distribution model and matrix squaring
- Interaction models of supply and demand
o Assignment models
- Transportation system of access to maritime infrastructure
o Passenger and freight accessibility
- Logistics
o Logistics system
o Logistics platforms
- Types of maritime transport vehicles
o Vessel classification
o Vessel characteristics
o Vessel descriptions
- Types of shipping services:
o Active subjects
o Scheduled or on-demand services
o Hub & spoke - Point-to-Point
o Transhipment models
o Costs
- Intermodal Transportation
o Road-Rail / Road-Sea / Sea-Sea
o Containers and other types of cargo units for intermodal transportation
- Constituent Elements and Modes of Operation of Ports
o Layout of ports
o Elements of ports
o Vehicular movements in ports
o Types of handling equipment
o Port terminals
o Focus on container/ro-ro/ro-pax terminals
- Maritime routes
o Routes and navigation
o Highways of the sea
- Gigantism
o Ships and ports
o Italian ports
- Environmental impact of shipping
o Emissions by vessel type in port and during navigation
- Port infrastructure performance
o KPIs by Port, Terminal and Vessel
- Information technology tools for transport data analysis
Testi Adottati
Handouts and Slides provided by the ProfessorBibliografia Di Riferimento
.Modalità Erogazione
.Modalità Frequenza
.Modalità Valutazione
.
scheda docente
materiale didattico
- Transportation supply models
o Study area
o Zoning
o Graph
- Transportation demand models
o Generation model
o Attraction model
o Distribution model and matrix squaring
- Interaction models of supply and demand
o Assignment models
- Transportation system of access to maritime infrastructure
o Passenger and freight accessibility
- Logistics
o Logistics system
o Logistics platforms
- Types of maritime transport vehicles
o Vessel classification
o Vessel characteristics
o Vessel descriptions
- Types of shipping services:
o Active subjects
o Scheduled or on-demand services
o Hub & spoke - Point-to-Point
o Transhipment models
o Costs
- Intermodal Transportation:
o Road-Rail / Road-Sea / Sea-Sea
o Containers and other types of cargo units for intermodal transportation
- Constituent Elements and Modes of Operation of Ports
o Layout of ports
o Elements of ports
o Vehicular movements in ports
o Types of handling equipment
o Port terminals
o Focus on container/ro-ro/ro-pax terminals
- Maritime routes
o Routes and navigation
o Highways of the sea
- Gigantism
o Ships and ports
o Italian ports
- Environmental impact of shipping
o Emissions by vessel type in port and during navigation
- Port infrastructure performance
o KPIs by Port, Terminal and Vessel
- Information technology tools for transport data analysis
Programma
- Overview of transportation engineering with an in-depth analysis on maritime transportation- Transportation supply models
o Study area
o Zoning
o Graph
- Transportation demand models
o Generation model
o Attraction model
o Distribution model and matrix squaring
- Interaction models of supply and demand
o Assignment models
- Transportation system of access to maritime infrastructure
o Passenger and freight accessibility
- Logistics
o Logistics system
o Logistics platforms
- Types of maritime transport vehicles
o Vessel classification
o Vessel characteristics
o Vessel descriptions
- Types of shipping services:
o Active subjects
o Scheduled or on-demand services
o Hub & spoke - Point-to-Point
o Transhipment models
o Costs
- Intermodal Transportation:
o Road-Rail / Road-Sea / Sea-Sea
o Containers and other types of cargo units for intermodal transportation
- Constituent Elements and Modes of Operation of Ports
o Layout of ports
o Elements of ports
o Vehicular movements in ports
o Types of handling equipment
o Port terminals
o Focus on container/ro-ro/ro-pax terminals
- Maritime routes
o Routes and navigation
o Highways of the sea
- Gigantism
o Ships and ports
o Italian ports
- Environmental impact of shipping
o Emissions by vessel type in port and during navigation
- Port infrastructure performance
o KPIs by Port, Terminal and Vessel
- Information technology tools for transport data analysis
Testi Adottati
Lecture notes provided by the professor.Bibliografia Di Riferimento
“Transportation Systems Analysis. Models and Applications” (E. Cascetta, Springer, 2009) “Sistemi di trasporto: tecnica e economia” (G. Cantarella, Utet Giuridica, 2009)Modalità Erogazione
.Modalità Frequenza
Not mandatory.Modalità Valutazione
Final oral test aimed at assessing acquired skills, about two questions will be submitted to the candidate.