At the end of this learning unit, the student is able to :
|1||Contribution to the acquisition and evaluation of the following learning outcomes of the programme in civil engineering: AA1.1, AA1.3, AA2.1, AA2.3, AA5.2, AA5.3, AA5.4, AA6.1, AA6.3
More specifically, at the end of the course, the student will be able to:
The contribution of this Teaching Unit to the development and command of the skills and learning outcomes of the programme(s) can be accessed at the end of this sheet, in the section entitled “Programmes/courses offering this Teaching Unit”.
Introduction to fluvial transport, waterways classification.
Waterways design: free-flowing river, canalized river, artificial canal, lock approaches.
Waterways dimensions: ship manoeuvrability, sailing resistance, Schijf approach, standard sections and over-widths, norms and best practice.
Bank protection: vertical walls, permeable and impervious banks, naturalized banks
Definitions, vocabulary, implantation.
Filling/emptying systems: through the head, longitudinal distribution, equi-distribution, valves, valve opening schedule, water saving basin.
Chamber design: loads, typical cross-sections, seepage cut-off.
Equipments, gates (mitre, sector, radial, flap, lifting, rolling).
High drop crossing: ship lifts and inclined planes
3. Mobile weir
Weir functions, general design.
Main elements: floor, piles, abutment, seepage cut-off, auxiliary works.
Fix parts: loads, design of piles and floor, energy dissipation and protection against scouring and internal erosion.
Mobile parts: overflow and underflow, gates (lifting, radial, roller drum, sector, flap), old systems (stoplog dam, needle dam, wicket gates).
4. Large dams
Typology, application fields, loads, auxiliary works.
Gravity dams: design, building process, buttress dams, roller-compacted concreted dams.
Arch dams: design principle.
1. Bridge types
Historical view of bridge types (slab bridge, beam bridge, rigid-frame bridge, arch bridge, stay bridge, suspension bridge, moveable bridge) in connection with the appearance of new materials and the evolution of users needs.
2. Designing bridges
The design principles will be overview in order to know the internal load diagrams, the influence lines, ' As an introduction the actions on bridges will be detailed (dead loads, variable loads, accidental actions)
3. Bridge Erection methods
Bridge erection methods either on site and in prefabrication plant (cast in place bridges, erection by displacement, prefabricated elements assembling, ...) with common span for each methods.
4. Specific bridge elements
Bearings, expansion joints, waterproofing, drainage system, pedestrian parapet, safety barrier, instrumentation, '
Presentation of bridge pathologies. Link will be made with technical prescriptions or details design that can reduce the impact of those pathologies.
6. Bridge management
Bridge management system concepts (bridge load testing, inspection, indicators, monitoring, ...).
7. Bridge aesthetics
Bridge aesthetics for usual bridges up to special bridges.
1. Typical structure of a road: role and characteristics of the different layers
2. Asphalt concrete and cement concrete roads
3. Roads design
4. Roads geotechnics, drainage and soil treatment
Due to the COVID-19 crisis, the information in this section is particularly likely to change.Ex-cathedra presentations, combined with field visit of relevant civil works, completed or in progress; design exercises, and/or case study analysis
Due to the COVID-19 crisis, the information in this section is particularly likely to change.Oral or written exam, depending on the session and on the course part
Supports de cours, références bibliographiques recommandées, lectures conseillées qui seront renseignés sur le site iCampus du cours