text: 1) steel structures, design & behavior (4 th ed.)
DESCRIPTION
STEEL DESIGN (I). CE 408. Semester 062. ( 2 – 3 – 3 ). Text: 1) Steel Structures, Design & Behavior (4 th Ed.) Salman & Johnson. 2) Manual of Steel Construction (LRFD) AISC (3 rd Ed.) Course Objectives: - PowerPoint PPT PresentationTRANSCRIPT
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Text:Text: 1) Steel Structures, Design & Behavior (4thEd.)
Salman & Johnson.
2) Manual of Steel Construction (LRFD) AISC (3rdEd.)
Course Objectives:Course Objectives:
Expose students to the concepts and fundamentals
of steel design and provide design skill to undertake
design problems in Steel Construction.
( 2 – 3 – 3 ) Semester 062
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Course OutlineCourse Outline
Week Topic Contents Chapters
1 IntroductionSteel as a material; Important Properties, Design Methods, Introduction to LFRD, Introduction to Manual.
1 & 2
2Tension
MembersStrength, Net Area and Effective Net Area, Capacity, Slenderness Ratio.
3
3Tension
membersDesign, Single Angle, Double Angles, Built-up Member, Tie Plates.
3
4Bolted
Connections
High Strength Bolts, Pretension, Shear Connection, Single & Double Shear, Bearing and Slip-critical Type Connection, Design for Shear, Combined Shear and Torsion.
4
5Bolted
ConnectionsCombined Stresses with Shear and Tension and Shear and Moment (only slip-critical type).
4
6Welded
Connection
Fillet Weld, SMAW and ASW Process, Throat, Stresses Grove Weld, Weld Symbols, Simple Connection, Balanced Weld.
5
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First Major ExamFirst Major ExamWeek Topic Contents Chapters
7Welded
ConnectionDesign of Weld foe Combined Shear and Torsion, Combined Shear and Moment.
5
8Compression
MembersIntroduction to Buckling and Slenderness Ratio, Critical Stress, Effective Length, Capacity of Sections.
6
9Compression
Members
Design with/without Tables, Different Effective Lengths (kL)x, (kL)y; Double Angles, Local Buckling and Width-thickness Ratio.
6
10Compression
MembersK-values in Frames, Use of column Charts, Built-up Sections, Lacing & Tie Plates.
6
11Flexural
MembersIntroduction, Design Consideration, Compact and Non-compact Criteria, Shear, Design with Full Lateral Support.
7 & 9
Second Major ExamSecond Major Exam
12Flexural
MembersLateral Supports, Design of Laterally Unsupported Beams,
Design with Graphs.7 & 9
13Flexural
MembersContinue, Deflection, Web Yielding, Cover Plated Beams. 7 & 9
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Week Topic Contents Chapters
14Combined
Bending and Axial Load
Introduction, Interaction Eqs., Cm Factor, End Moments, Lateral Load.
12
15 MiscellaneousColumn Base Plate for Axial Loads; Introduction to Common Building Connections, Concept of Simple and Moment Connections.
1) A set of homework problem shall be assigned weekly, solved homework shall be returned the following week.
2) A project involving design and detailing shall be assigned to group of students and collected at end of semester.
Grading H.W. & ATTENDENCE 15%
First Major Exam 20%
Second Major Exam 25%
Final Exam 30%
Project 10%
100%