King Fahd University of Petroleum & Minerals

CIVIL ENGINEERING DEPARTMENT

 

Structural Analysis I (CE 305)

Second Semester (052)

 

Text :  Structural Analysis by Hibbler

Prerequisite :  CE 203

 

 

Instructor    :   Alfarabi Sharif

Office         :   16/121, Tel.: 2654

email          :   fmsharif@kfupm.edu.sa

 

 

   Date

Lecture

                   Topic

Section

 Feb. 14

1

Introduction to types of structures

1.1–1.3

         16

2

Statically determinate structures

2.1–2.4

         18

3

Application of the equations of equilibrium

2.5

         21

4

Internal loadings in structural members

4.1–4.2

         23

5

Shear & moment diagram for beams

4.3

         25

6

            "                    "               "                         

cont.

         28

7

Shear & moment diagram for frames

4.4

Mar.  01

8

            "                    "               "                 

cont.

         03

9

Influence lines for beams

6.1–6.2

         06

10

Influence lines for beams

cont.

         08

11

Qualitative influence lines

6.3

         10

12

Influence lines for trusses

6.5

         13

13

Deflection

8.1–8.2

         15

14

Moment-area method

8.4

         17

15

Exam # 1 (covers Chapters 4 & 6)

 

         20

16

Conjugate beam method

8.5

         22

17

Principle of work and energy

8.6 & 8.7

         24

18

Principle of virtual work

8.8

         27

19

Virtual work for beams

8.10

         29

20

     "         "      "   frames                  

8.10

         31

21

     "         "      "   trusses                 

8.9

 


2

 

 

   Date

Lecture

                   Topic

Section

Apr.  03

22

Castigliano’s theorem for beams

8.14

         05

23

        "                  "        "   frames 

8.14

         07

24

        "                  "        "   trusses 

8.13

         10

25

The force method

9.1–9.2

         12

26

Maxwell’s reciprocal theorem

9.3

         14

27

Exam # 2 (covers Chapter 8)

 

         17

28

Force method for beams

9.4

         19

29

    "          "       "   frames 

9.5

         21

30

    "          "       "   trusses 

9.6

         24

31

Displacement method

10.1

         26

32

Slope deflection equations

10.2

         28

33

Application for beams

10.3

May 01

34

Moment distribution

11.1

         03

35

      "               "          for beams 

11.2

         05

36

Exam # 3 (covers Chapters 9 & 10)

 

         08

37

Moment distribution for beams

11.3

         10

38

      "               "          for frames

11.4

         12

39

      "               "            "      "

cont.

         15

40

Stiffness method

14.1 & 14.2

         17

41

Beam stiffness matrix

14.3

         19

42

Application for beams

14.4

         22

43

Stiffness method for frames

15.1 & 15.2

         24

44

Application for frames

15.3 & 15.4

         26

45

         "           "       "

cont.

 

 

Grade Distribution:

 

                       Attendance                                      5%

                       Homework                                    10%                

                       First Major Exam                           20%

                       Second Major Exam                      20%

                       Third Major Exam                          20%

                       Final Exam                                     25%