Reinforced Concrete Design

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 View from the southeast

 

View from the south

NBC Tower, Downtown Chicago, 1989.

This reinforced concrete building towers

191m high and has 37 floors.

 

The tallest concrete building in the world. Sky Central Plaza, China, 1997.

Height = 391m,  Floors = 80

 

Text Books:      

    The following two textbooks are required for the class:

        1.   MacGregor, J.G., and J.K. Wight.  2005.  “Reinforced Concrete: Mechanics and Design”, 4th Edition.

        2.   Building Code Requirements for Structural Concrete (ACI 318-05) and Commentary (ACI 318R-05),

             American Concrete Institute.

 

Class Objectives:

The objectives of this class are that students should develop an understanding of the basic topics and concepts used for the design of reinforced concrete structures.  More specifically the objectives are to cover the following topics:

1.   Concrete and steel reinforcement material properties used during reinforced concrete design

2.   Apply code-based methodologies to design structural elements

3.   Behavior of concrete members exposed to flexural, shear, and axial load effects

4.   Account for serviceability in the design of flexural members

5.   Design and detail beams and one-way slabs for flexural and shear effects

6.   Design and detail nonslender columns for combined load effects

7.   Design and detail footings

8.   Apply knowledge gained in Structural Analysis to complete the design of structural components.   

 

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                                                  Last modified: 01/10/08