Department of Civil Engineering College of Erbil Technical ... Structures Design.pdfeccentric steel connections will be discussed. As a result of taking the course, a. The students

Ministry of Higher Education and Scientific research

Directorate of Quality Assurance and Accreditation خشینبهمتمانهتی دڵنیایی جۆری و رایهبهڕێوهبه

Department of Civil Engineering

College of Erbil Technical Engineering

University of Erbil Polytechnic

Subject: Steel Structures

Course Book – Fourth Year

Lecturer's name Assist. Prof. Dr. Bahman Omar Taha

Academic Year: 2019/2020



Course Book

1. Course name Steel Structures

2. Lecturer in charge Assist. Prof. Dr. Bahman Omar Taha

3. Department/ College Civil/ Erbil Technical Engineering

4. Contact e-mail: [email protected]

5. Time (in hours) per week Theory: 3 Practical: 0

6. Office hours Sunday to Thursday. 9:00 AM –1:00PM.

7. Course code C402

8. Teacher's academic profile I have experience in lecturing about 10 years and my Education and Academic certificates as below

1- Ph. D in Civil Engineering (Structure) 2013 2- MSc. Civil Engineering (Structure) 2007 3- B.SC. Civil Engineering 2000

The course covering: Structural Steel is one of the most popular materials for construction of buildings, bridges and other structures. This class is about studying properties of steel, behavior of structural steel elements, and design procedures for these elements to withstand structural loads. Load and Resistance Factor Design (LRFD) will be introduced to the students and will be used throughout the class. Tension members, compression members, flexural members, and finally members subject to combined bending and axial load will be studied. In addition, simple and eccentric steel connections will be discussed. As a result of taking the course, a. The students will understand the behaviour of steel elements under structural loading. b. Will be familiar LRFD steel design procedures. Will be able to design primary steel structural elements of a building and their connections. 11. Course objective: The successful goals for completing of this course: 1. To expand the student’s knowledge and understanding of the field of structural engineering, with particular emphasis placed upon designing steel structures. 2. To present methods for designing steel members and connections using the Load and Resistance Factor Design (LRFD) approach. 3. To introduce the student to the organization and use of the AISC Manual of Steel Construction. 4. To develop skills in completing and checking individual component and complete structural system designs using the AISC Manual of Steel Construction.

12. Student's obligation The students should be available during lecture time table when the student absence more than the allowed hours the student will be dismissed. Students should be doing quizzes, seasonal tests and final exams in order to able to collect required mark to success

13. Forms of teaching During lecturing the data show is used for showing lecture notes using power point program while the white board is used for explanation and solving problems

9. Keywords Tension , Compression, Flexure,Beam column Connection



14. Assessment scheme Overall final grade will be 100 Weight of each grading item will be as below. Mid Term Exam 30% Assignments and Quizzes 10% Final Exam 60% Final grade over 100

15. Student learning outcome: The purpose of this course is to provide the students with a solid background in the fu) T h e

basics of structural loadings, load combinations.

b) How to design structural steel members, and how to use the current design

specification. c) The course will also introduce the student to design aids that are commonly used by

practicing structural engineers.

(Skills)

i. Design and analysis of Tension members.

ii. Design and analysis of compression members.

iii. Design of base plate. iv. Design of beam-column. v. Design of bolts and welds.

16. Course Reading List and References: [1] Steel Design, 5th ed by William T. Segui (Major)

[2] Unified Design of Steel Structures, Judy Liu. (Minor) 17. The Topics: Lecturer's name

Introduction, Material Properties, Design

Process.

Tension Members: Strength, Effective Area,

Staggered Bolts, Block Shear.

Tension Members: Design.

Examples on Tension Members

Compression member: Introduction

Compression Members: Euler’s Method.

Compression Members: Local Buckling

Compression Members: Elastic and Inelastic

buckling

Beams: Introduction

Elastic and Plastic Moments, Strength of Compact.

Beams: Shear Strength, Deflections, Design.

Beams: Shear Strength, Deflections, Design.

Beams: Solving Examples

Beam-Columns: Introduction

Beam-Columns: Interaction, Moment

Assistant Professor Dr. Bahman Omar Taha



Amplification.

Beam-Columns: Members in Unbraced Frames

Simple Connections: Introduction

Simple Connections: Bolts, Bolted

Connections, Design.

Simple Connections: Weld, Welded

Connection

Simple Connections: Solved Examples

Design Eccentric Connections: Introduction.

Eccentric Connections: Eccentric Bolted

Connections, Eccentric Welded Connections.

Eccentric Connections: Solved Examples

18. Practical Topics (If there is any)

19. Examinations:





20. Extra notes: Students can use internet for more explanation and getting extra examples

21. Peer review ڵ ی هاوهوهپێداچوونه

The course program is covering all the required syllabus, contents and aspects of steel structures module. It satisfies and adequate for the fourth stage of civil engineering department.

Dr. Aras Jalal Abdulqadr Ph.D. in Civil Engineering.



Documents

Department of Civil Engineering College of Erbil Technical ... Structures Design.pdfeccentric steel connections will be discussed. As a result of taking the course, a. The students