Planning of development projects. Procedures for design, construction, and supervision. Total quality and environmental planning. Bridge axis alignment, selection, and arrangement of spans. Structural morphology and systems of concrete and steel bridges. Design actions in highway, railway, and pedestrian bridges. Cable suspended bridges, aerodynamic considerations. Special topics on steel bridges (Orthotropic deck, Fatigue etc.). Bearing and expansion joints. Design of bridge piers and abutments, protection against scouring. Design methods of concrete bridges (slab bridges, T-beam girders, box girders). Aseismic design of bridges. Design for environmental effects. Modern construction methods.
- Teacher: Ιωαννης Ερμοπουλος
- Teacher: Ιωαννης Σιγαλας
Κατεύθυνση: {malng en}A. Structural Engineering{mlang}
Διδακτικές μονάδες: 6
Εξάμηνο: Spring
Type: Course
Free Access: No
Audience: students only
Language: gr