Design of reinforced concrete / Jack C. McCormac and Russell H. Brown.

By: McCormac, Jack C [author]Contributor(s): Brown, Russell H [co-author]Material type: TextTextPublication details: New Jersey : John Wiley & Sons, c2009Edition: Eighth Edition; ACI 318-08 Code Edition; Philippine EditionDescription: 699 pages : illustrations ; 23 cmISBN: 9789812533609Subject(s): REINFORCED CONCRETE DESIGN | REINFORCED CONCRETE CONSTRUCTIONLOC classification: TA 683.2 .M33 2009
Contents:
1. Introduction -- 2. Flexural analysis of beams -- 3. Strength analysis of beams according to ACI code -- 4. Design of rectangular beams and one-way stabs -- 5. Analysis and design of T beams and Doubly reinforced beams -- 6. Serviceability -- 7. Bond, development lengths, and splices -- 8. Shear and diagonal tension -- 9. Introduction to columns -- 10. Design of short columns subject to axial load and bending -- 11. Slender columns -- 12. Footings -- 13. Retaining walls -- 14. Continuous reinforced concrete structures -- 15. Torsion.
Summary: This textbook presents an introduction to reinforced concrete design. The text was prepared with an introductory three-credit course in mind, but sufficient material is included for an additional three-credit course.
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Item type Current library Home library Collection Shelving location Call number Copy number Status Date due Barcode
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National University - Manila
Gen. Ed. - COE General Circulation GC TA 683.2 .M33 2009 (Browse shelf (Opens below)) c.1 Available NULIB000009851

Includes bibliographical references and index.

1. Introduction -- 2. Flexural analysis of beams -- 3. Strength analysis of beams according to ACI code -- 4. Design of rectangular beams and one-way stabs -- 5. Analysis and design of T beams and Doubly reinforced beams -- 6. Serviceability -- 7. Bond, development lengths, and splices -- 8. Shear and diagonal tension -- 9. Introduction to columns -- 10. Design of short columns subject to axial load and bending -- 11. Slender columns -- 12. Footings -- 13. Retaining walls -- 14. Continuous reinforced concrete structures -- 15. Torsion.

This textbook presents an introduction to reinforced concrete design. The text was prepared with an introductory three-credit course in mind, but sufficient material is included for an additional three-credit course.

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