1. CE415 Spring 2015

2. (3) 1-Hour Exams (Wednesdays: 4 th, 8 th, 12 th weeks)

3. CE415 Spring 2015 (3) 1-Hour Exams (Wednesdays: 4 th, 8 th, 12 th weeks) Texts:

4. CE415 Spring 2015 (3) 1-Hour Exams (Wednesdays: 4 th, 8 th, 12 th weeks) Texts: – AISC Manual of Steel Construction 14 th Edition (Bring this to class on most days)

5. CE415 Spring 2015 (3) 1-Hour Exams (Wednesdays: 4 th, 8 th, 12 th weeks) Texts: – AISC Manual of Steel Construction 14 th Edition (Bring this to class on most days) – Steel Design by William Segui (5 th Edition)

6. CE415 Spring 2015 (3) 1-Hour Exams (Wednesdays: 4 th, 8 th, 12 th weeks) Texts: – AISC Manual of Steel Construction 14 th Edition (Bring this to class on most days) – Steel Design by William Segui (5 th Edition) – AISC Example Book (on course webpage)

7. CE415 Spring 2015 (3) 1-Hour Exams (Wednesdays: 4 th, 8 th, 12 th weeks) Texts: – AISC Manual of Steel Construction 14 th Edition (Bring this to class on most days) – Steel Design by William Segui (5 th Edition) – AISC Example Book (on course webpage) – ASCE 7 (on course webpage)

8. CE415 Spring 2015 (3) 1-Hour Exams (Wednesdays: 4 th, 8 th, 12 th weeks) Texts: – AISC Manual of Steel Construction 14 th Edition (Bring this to class on most days) – Steel Design by William Segui (5 th Edition) – AISC Example Book (on course webpage) – ASCE 7 (on course webpage) The course will emphasize LRFD

9. REVIEW OF BASIC STEEL DESIGN (3 Lessons) Columns, Beams, Beam-Columns

10. REVIEW OF BASIC STEEL DESIGN (3 Lessons) Columns, Beams, Beam-Columns MISCELLANEOUS TOPICS, OMITTED FROM A BASIC STEEL COURSE (6 Lessons) Staggered Fasteners, Rods, Cables in Tension; Local Buckling in Compression, Flexural-Torsional Buckling in Compression; Local Buckling in Compression, Holes in Beams, Pre-Engineered Joists, Bearing&Base Plates, Stiffeners

11. REVIEW OF BASIC STEEL DESIGN (3 Lessons) Columns, Beams, Beam-Columns MISCELLANEOUS TOPICS, OMITTED FROM A BASIC STEEL COURSE (6 Lessons) Staggered Fasteners, Rods, Cables in Tension; Local Buckling in Compression, Flexural-Torsional Buckling in Compression; Local Buckling in Compression, Holes in Beams, Pre-Engineered Joists, Bearing&Base Plates, Stiffeners ASCE 7 (6 Lessons) Dead, Live, Snow, Wind, and Seismic Forces per ASCE7-10

12. REVIEW OF BASIC STEEL DESIGN (3 Lessons) Columns, Beams, Beam-Columns MISCELLANEOUS TOPICS, OMITTED FROM A BASIC STEEL COURSE (6 Lessons) Staggered Fasteners, Rods, Cables in Tension; Local Buckling in Compression, Flexural-Torsional Buckling in Compression; Local Buckling in Compression, Holes in Beams, Pre-Engineered Joists, Bearing&Base Plates, Stiffeners ASCE 7 (6 Lessons) Dead, Live, Snow, Wind, and Seismic Forces per ASCE7-10 CONNECTIONS (10 Lessons) Simple Connections: Basic Weld Strength, Bolts in Tension & Shear Simple Frame Connections: Failure Modes and Design Tables Eccentric Bolted and Welded Connections by Elastic Analysis and the Use of Design Tables Moment Resisting Frame Connections

13. REVIEW OF BASIC STEEL DESIGN (3 Lessons) Columns, Beams, Beam-Columns MISCELLANEOUS TOPICS, OMITTED FROM A BASIC STEEL COURSE (6 Lessons) Staggered Fasteners, Rods, Cables in Tension; Local Buckling in Compression, Flexural-Torsional Buckling in Compression; Local Buckling in Compression, Holes in Beams, Pre-Engineered Joists, Bearing&Base Plates, Stiffeners ASCE 7 (6 Lessons) Dead, Live, Snow, Wind, and Seismic Forces per ASCE7-10 CONNECTIONS (10 Lessons) Simple Connections: Basic Weld Strength, Bolts in Tension & Shear Simple Frame Connections: Failure Modes and Design Tables Eccentric Bolted and Welded Connections by Elastic Analysis and the Use of Design Tables Moment Resisting Frame Connections STABILITY (5 Lessons) What Constitutes a Brace? KL Method for Unbraced Frames Direct Analysis Method for Unbraced Frames

14. REVIEW OF BASIC STEEL DESIGN (3 Lessons) Columns, Beams, Beam-Columns MISCELLANEOUS TOPICS, OMITTED FROM A BASIC STEEL COURSE (6 Lessons) Staggered Fasteners, Rods, Cables in Tension; Local Buckling in Compression, Flexural-Torsional Buckling in Compression; Local Buckling in Compression, Holes in Beams, Pre-Engineered Joists, Bearing&Base Plates, Stiffeners ASCE 7 (6 Lessons) Dead, Live, Snow, Wind, and Seismic Forces per ASCE7-10 CONNECTIONS (10 Lessons) Simple Connections: Basic Weld Strength, Bolts in Tension & Shear Simple Frame Connections: Failure Modes and Design Tables Eccentric Bolted and Welded Connections by Elastic Analysis and the Use of Design Tables Moment Resisting Frame Connections STABILITY (5 Lessons) What Constitutes a Brace? KL Method for Unbraced Frames Direct Analysis Method for Unbraced Frames COMPOSITE CONSTRUCTION (3 Lessons) M n Calculation, Design Tables, Shear Studs & Deflections

15. REVIEW OF BASIC STEEL DESIGN (3 Lessons) Columns, Beams, Beam-Columns MISCELLANEOUS TOPICS, OMITTED FROM A BASIC STEEL COURSE (6 Lessons) Staggered Fasteners, Rods, Cables in Tension; Local Buckling in Compression, Flexural-Torsional Buckling in Compression; Local Buckling in Compression, Holes in Beams, Pre-Engineered Joists, Bearing&Base Plates, Stiffeners ASCE 7 (6 Lessons) Dead, Live, Snow, Wind, and Seismic Forces per ASCE7-10 CONNECTIONS (10 Lessons) Simple Connections: Basic Weld Strength, Bolts in Tension & Shear Simple Frame Connections: Failure Modes and Design Tables Eccentric Bolted and Welded Connections by Elastic Analysis and the Use of Design Tables Moment Resisting Frame Connections STABILITY (5 Lessons) What Constitutes a Brace? KL Method for Unbraced Frames Direct Analysis Method for Unbraced Frames COMPOSITE CONSTRUCTION (3 Lessons) M n Calculation, Design Tables, Shear Studs & Deflections Plate Girders (4 Lessons) M n, V n, Composite Plate Girders