Structural Steel Design with Seismic Applications

Institution:
IUSS Pavia
Specialization:
EE - Earthquake Engineering
Term:
Spring 2010
Teacher(s):
GIAN ANDREA RASSATI, JAMES SWANSON
Credits:
6
Date (from - to):
08/03/2010 – 02/04/2010
Structural Steel Design with Seismic Applications. Syllabus Lecture Topic 1 Intro, Philosophies of Design, Load Combinations 2 Tension Members 3 Tension Members 4 Tension Members 5 General Compression Members 6 General Compression Members 7 Local Buckling 8 Torsional and Flexural Torsional Buckling 9 Beam Bending, Plastic Moment 10 Local Buckling, Rotation Demand 11 Lateral-Torsional Buckling 12 Bending Shear 13 Composite Beams 14 Composite Beams 15 Serviceability Criteria 16 Bolting Fundamentals 17 Welding Fundamentals 18 Eccentric Connections, EVM, ICRM 19 Combined Loading 20 Beam Columns 21 P-d and P-D effects 22 Leaning Columns 23 Leaning Columns 24 Types of Framing Systems 25 Frame Design - Design by 1st Order Analysis (SSC2.2b) 26 Frame Design - Design by 2nd Order Analysis (SSC2.2a) 27 Direct Analysis - Appendix 7 28 Plastic Analysis, Pushover Analysis 29 Methods of EQ Load Analysis 30 Response Modification Factor 31 Seismic Provisions 32 Seismic Provisions, CPRP Spec 33 Connection Classification, Beam Line Theory 34 Shear Connections 35 Moment Connections 36 Moment Connections

Suggested readings:

C.G. Salmon, J.E. Johnson, and F.A. Malhas (2009). Steel Structures. Design and Behavior. 5th Edition. Pearson-Prentice Hall Eds.. ISBN-10: 0-13-607444-8