CIVIL-235: Design of steel structures

Lectures in this course (39)

Explores the design and behavior of bolted connections in metal structures.

Explores bolted connections in metal structures, emphasizing tension, shear, and pre-stressed assemblies.

Explains the design and behavior of prestressed bolted assemblies, covering resistances, torques, and failure types.

Discusses the design and advantages of using bolts in metal structures.

Explores metal structures, focusing on assemblies, beam-column connections, and truss beams.

Explores truss design, applied forces, buckling analysis, and stability in metal structures.

Discusses theoretical and actual bar lengths in metal structures, real-life examples, and the significance of gussets in construction.

Covers eccentricity, tubular nodes, shear, punching, and bracing in metal structures.

Discusses the importance of bracing in metal structures for stabilization and force transmission.

Explores the design and construction of metal structures, including spans, static systems, patented truss nodes, and multi-storey building systems.

Explores metal structures' load-bearing systems and fire protection measures, including fire resistance classes and stability deformations.

Explores the stability and buckling of metal structures using abacus calculations and frame stability examples.

Explores stiffness coefficients, buckling modes, frame stability, and internal force calculations in metal structures.

Discusses stability, lateral stiffness, and practical examples in metal structures.

Covers the calculation of critical lengths for discharge in metal structures.

Discusses load application points, critical moments, support conditions, and warping prevention in metal structures.

Covers critical stress, buckling, spillage, and bridge design in metal structures.

Covers the stability verification of frame columns, Eurocode 3 formulas, and bending-torsion interaction.

Explores the sizing and behavior of steel elements in metal structures.

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