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Please refer to the timetable for further details. Note: These components may or may not be scheduled in every study period.

Plate theory: local buckling, post-buckling, collapse, effective width Behaviour of thin-walled open sections: bending, shear, torsion, warping, bimoment, lateral, torsional, flexural and torsional buckling Design of thin-walled sections: beams, columns and frames. Course contentĪdvanced steel material properties: fracture and crack development, fatigue failure Steel members subjected to complex loadings Design of steel plate beams and lattice columns: flexural buckling, lateral buckling, supporter design. To explore the latest research outcomes in steel structures. To familiarise students with computer packages commonly used in steel structural design. To develop and extend students’ analysis and design skills in hot-rolled steel and cold-formed steel structures. To develop in-depth understanding of advanced structural principles of stability, strength and serviceability in structural design.

Advance steel design