KING SAUD UNIVERSITY

COLLEGE OF ARCHITECTURE AND PLANNING

DEPARTMENT OF ARCHITECTURE & BUILDING SCIENCES

 

 

CE  379

DESIGN OF REINFORCED CONCRETE  STRUCTURES - II

 

 

INSTRUCTORS:

 

            Dr.    Ayman Alkhatib

           

TEXTBOOKS:

 

    1.  Design of Rienforced Concrete

            By: Jack  C.  Mc Cormac

 

    2.   ACI Building Code Requirements for Reinforced Concrete

 

REFERENCES:

 

    1.  Concrete Technology

            By:  Dr.  Eng.  Habib  Zein  Al - Abidien

 

    2.  Design of Reinforced Concrete Structures

            By:  Dr.  Eng.  Habib  Zein  Al - Abidien

 

    3.  Design of Reinforced Concrete Structures

            By:  Henry  J.  Cowan

 

    4.  Design  of Reinforced Concrete

            By:  Goerge Winter & Arther H.  Nilson

 

    5.  Reinforced  Concrete Fundamentals, SI  Version

            By:   Phil  M.  Ferguson

 

    6.   Rienforced Concrete, Mechanics and Design

            By:   James  G.  MacGregor

 

 

GRADING:                                                                           

 

Homeworks     .  .  .  .  .  .  .  .  .  .  .  .  10%                            

Quizzes     .  .  .  .  .  .  .  .  .  .  .  .  .  . 10%                            

2 Exams  @ 10% each    .  .  .  .  .  .   20%                              

Project        .  .  .  .  .  .  .  .  .  .  .  .  .  . 20%

Final  Examination      .  .  .  .  .  .  .  .    40%

 

 

 

 

TOPICS

 

 

PART 1.  REVIEW:

 

    -  Review of material covered in  Reinforeced Concrete - I

                              q            Assignment No. 1 - Review Problems

 

PART 2.  DESIGN OF SLABS:

 

    -  Types of Slabs

 

    -  One-way Slabs:

            .  Main reinforcement

            .  Temperature and shrinkage reinforcement

            .  Maximum spacings of reinforcements 

            .  Minimum  slab thickness, minimum concrete cover

            .  Design procedure- Simple and continuous slabs

 

                              q            Assignment No. 2 - One-way Slab Design

 

    -  Two - way Slabs by the Coefficient Method                    

            .  Behaviour of two-way slabs

            .  Minimum slab thickness

            .  Maximum steel spacings

            .  Moments in short and long directions

            .  Design procedure- Coefficient Method

 

                              q            Assignment No. 3 - Two-way Slab Design

 

 

   -  One-way Joist floor (Hordy slab) design

 

   -  Computer Applications on Slab Design

                              q            Assignment No. 4 - Applications

 

Exam  No. 1

 
 

 



PART 3.  DESIGN OF COLUMNS:

 

-  Analysis and Design of Axially Loaded Short Columns

.  Minimum concrete cover

.  Minimum number and clear spacing of longitudinal steel bars

.  Size and spacing of ties; Size and spacing of spiral reinforcement

.  Minimum and maximum steel ratios

.  Design procedures.

 

  -  Design of Axially Loaded Columns:

                q         Assignment No. 5 - Axially loaded columns

 

-  Design of Eccentrically Loaded Columns:

-       Column Interaction Diagrams

                q         Assignment No. 6 - Eccentrically loaded columns

 

  -  Design of Biaxially Loaded Columns:

-       Breslers Equation

                q         Assignment No. 7 - Biaxially loaded columns

 

-  Computer Applications on Column Design

 

Exam No. 2

 
 

 


PART 4.  DESIGN OF FOOTINGS:

 

   - Analysis and Design of Footings:

            . Types of footings

            .  Allowable soil bearing pressure  -  Area of footings

            .  One-way and punching shears - Depth of footings

            .  Moments - Reinforcements of footings

 

-  Design of Square Single Footings

-  Design of Rectangular Footings

-  Design of Combined Footings

 

-  Computer Applications on Footing Design

 

         Submit Final Progect Report

 

Final Exam