1. Structural Analysis-I
Dr. Ali Tayeh
Second Semester

2. Lecture 1
Introduction
Syllabus

3. Saturday , Monday and Wednesday (9.00 – 10.00)
Structure and delivery
3 lectures per week (60 minutes each)
Students will be expected to attend the lectures.
Saturday , Monday and Wednesday (9.00 – 10.00)
Students will be expected to have undertaken a wide range of reading 3

4. Ground rules: Coming in late.
Don’t ask for an extension without good Reason.
Individual work only is allowed, Group.
discussions for concepts and problems.
Don’t copy previous year work.
When confused ask instructor.
Academic honesty. 4

5. Ground rules: Cont. Cell Phones are strictly prohibited Please.
Don’t bring your cell to the lecture or
keep it always closed 5

6. Objectives
To understand basic principles and methods for Structural analysis.
To practice problem solving in type of loads and structures, Analysis of statically determinate structures, Trusses, Internal loading (Moment, Shear diagram), Cables, Arches, Influence line, and Deflections.

7. Topic
Week
Introduction
Type of loads and structures
1-2
Analysis of statically determinate structures 3
Analysis of statically determinate trusses
Space truss
4-5
Internal loading in structural member (Shear/Moment diagram)
6-7
Review
Mid Exam
8-9
Cables and Arches 10
Influence Lines for statically determinate structures
11-12
Deflections
13-14 15
Final 16

8. Grading
Mid Exam %
Homework %
Final Exam %

9. Text book Structural Analysis, R.C. Hibbeler. 5th edition. 2002.
Others:
Structural analysis, Alexander Chajes, ISBN X..
Structural analysis”تحليل الانشاءات “ م. إسماعيل أبو شنب, الجزء الاول, الجامعة الاسلامية.
Eng. Tamer Eshtawi

10. Introduction
Statics consists of the study of structures that are at rest under equilibrium conditions. To ensure equilibrium, the forces acting on a structure must balance, and there must be no net torque acting on the structure. The principles of statics provide the means to analyze and determine the internal and external forces acting on a structure.
For planar structures, three equations of equilibrium are available for the determination of external and internal forces. A statically determinate structure is one in which all the unknown member forces and external reactions may be determined by applying the equations of equilibrium.
An indeterminate or redundant structure is one that possesses more unknown member forces or reactions than the available equations of equilibrium.

11. Introduction
These additional forces or Statics consists of the study of structures that are at rest under equilibrium conditions. To ensure equilibrium, the forces acting on a structure must balance, and there must be no net torque reactions are termed redundants. To determine the redundants, additional equations must be obtained from conditions of geometrical compatibility. The redundants may be removed from the structure, and a stable, determinate structure remains, which is known as the cut-back structure. External redundants are redundants that exist among the external reactions. Internal redundants are redundants that exist among the member forces.