DESIGN OF STRUCTURES FOR ENVIRONMENTAL PROTECTION

The contents will include:
1) Structural safety and limit state method;
2) Actions on structural systems;
3) Materials for constructions; exposition of material to aggressive agents;
4) Structural behavior of reinforced concrete elements, bond and anchorage;
5) Safety verifications for concrete elements: ultimate limit state verifications for bending and axial load; ultimate limit state verifications for shear and torsion, ultimate state verifications for stability.
6) Safety verifications for concrete elements: serviceability limit states for deformations; serviceability limit states for crack opening; serviceability limit states for stress limitation.
7) Elements of dynamics and seismic design: dynamic analysis of a single degree of freedom system; dynamic analysis of a multi-degree of freedom system; eigenvalue problem; spectral response; principles of seismic design.
8) First elements of Finite Element Method.
9) Elements of design of steel structures: ultimate limit states for bending, bending and axial load, shear, instability.
10) Elements of design of steel structures: serviceability limit states;
11) Elements of design of steel structures: bolted joints verifications; welded joints verifications.
12) Verification of structural elements with Eurocodes and Italian code. Numerical examples.