TRANSPORT INFRASTRUCTURES
Course objectives
• to achieve a specific training of the basic Knowledge of transport infrastructures Engineering
Channel 1
GIULIA DEL SERRONE
Lecturers' profile
Program - Frequency - Exams
Course program
Course Program
1. Introduction (Social, environmental and economic challenges for sustainable roads)
Educational material – Test explanation – Portfolio explanation
2. Road Classification System and Vehicle Classification
2.1. What do the guidelines/standards of your countries prescribe? (Exercise 1)
D.M. n.6792, 05/11/2001. “Norme funzionali e geometriche per la costruzione delle strade” (Italian functional and geometric standards for road construction)
3. Horizontal alignment (straight lines, circular arcs, clothoids and their limits)
3.1. Circular arcs and transitional curves construction (Exercise 2)
«Relationship of Accident Rates and Road Geometric Design»
4. Vertical alignment (maximum gradients, construction and limits) and section rotation
4.1. Longitudinal profile design (Exercise 3)
«New highway geometric design methods for minimizing vehicular fuel consumption and improving safety»
5. Cross section and sight distances
5.1. Sight distances calculation (Exercise 4)
«Animal crossing»
6. Works of excavation and backfilling (earth‐moving) and engineering structures like viaducts and tunnels
6.1. Cross sections design (Exercise 5)
«Brushlayering»
7. Pavement types (Flexible pavement and Rigid pavement)
7.1. Short essay on the differences between Warm Mix Asphalt and
Hot Mix Asphalt (Exercise 6)
«Pavement Sustainability»
8. Pavement design
8.1. Rigid pavement design (Exercise 7)
Road pavement design catalogs
9. Reuse and recycling of waste materials: Secondary Raw Materials (SRMs)
9.1. Short essay on Secondary Raw Materials useful in road construction (Exercise 8)
«Sustainable Road Design: Promoting Recycling and Non‐Conventional Materials»
10. Pavement management - rehabilitation
10.1. Short essay on sustainable pavement rehabilitation strategies (Exercise 9)11. Life Cycle Assessment and Environmental Product Declaration
12. Soil Bio‐Engineerign
12.1. Short essay on road friendly construction methods (Exercise 10)
«Soil Bioengineering for Slope Stabilization and Site Restoration»
Prerequisites
Basics of Maths and Physics
Books
Lecture notes provided by the professor
Teaching mode
The lectures will be mainly taught both at the University and online
Frequency
Attendance, although not compulsory, is strongly recommended.
Exam mode
Multiple choice questions and exercises
Lesson mode
The lectures will be mainly taught at the University
- Lesson code1044040
- Academic year2025/2026
- CourseTransport Systems Engineering
- CurriculumSingle curriculum
- Year1st year
- Semester2nd semester
- SSDICAR/04
- CFU6