Lectures in course CIVIL-235: Design of steel structures

Covers structural analysis and sizing principles for metal structures, emphasizing statics and practical design considerations.

Covers steel making, mechanical properties, and material selection for metal structures.

Covers the design, production, and sustainability aspects of steel structures, including exercises resolution and steel production worldwide.

Explores the mechanical and chemical properties of steel in metal structures, including inspection certificates and impact tests.

Explores steel production, recycling, and sustainability practices in the global and Swiss markets.

Explores the production and imperfections of steel products in steel structures.

Covers the idealized behavior of materials under elastic and plastic calculations.

Covers the resistance of metal structures in section and interaction of moments and forces.

Explores the elastic and plastic interactions in beam resistance, focusing on rectangular sections and double-tee profiles.

Explores torsional stresses, shear forces, and resistance verification in metal structures.

Covers the analysis of hyperstatic beams and the phenomenon of buckling in metal structures.

Explores buckling modes, Euler's formula, elastic behavior, and geometric imperfections in metal structures.

Explores buckling in metal structures, imperfections, elastic limits, and practical applications.

Explores buckling in metal structures, covering verification methods and the influence of moments on buckling load.

Explores stability and buckling in metal structures, covering resistance formulas, buckling modes, and composite beam design.

Covers beam spillage, prevention methods, and critical discharge length calculation.

Explores mixed steel-concrete construction design and welded assemblies in metal frames.

Covers the classification of joints in metal structures and resistance of welds.

Discusses weld groove thickness, non-destructive testing, common defects, and steel quality in welding.

Explores the design and analysis of bolted assemblies in metal structures.