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 Graded Examples in Reinforced Concrete Design based on BS 8110

 Publication Details
This book has been developed through the author's teaching of a course in Reinforced Concrete Design at the University of Moratuwa, Sri Lanka. The examples are graded, leading from an appreciation of reinforced concrete behaviour, through the design of structural elements, to the analysis of a reinforced concrete structure. The student's understanding of the calculations is deepened by the "Notes on Calculations" while the Introductory" and "Concluding" notes set each example in a wider context. Hence, in this book, design principles are reinforced through practice, with guidance from notes.

W.P.S. Dias, BSc(Eng), DIC, PhD(Lond), CEng, MIStructE, FIE(SL), Professor, Dept. of Civil Engineering, University of Moratuwa, Moratuwa, Sri Lanka.

ACECOMS, School of Civil Engineering, Asian Institute of Technology, P.O.Box 4, Klong Luang, Pathumthani 12120, Thailand. Fax (662) 5246049; e-mail:acecoms@ait.ac.th


Chapter 1: Introduction
  • A Case for Worked Examples
  • A Case for Using Lower Grades of Concrete

Chapter 2: Analysis of Beam Sections in Flexure
  • Analysis of Under-Reinforced Section
  • Analysis of Over-Reinforced Section
  • Analysis of Doubly Reinforced Section
  • Analysis of Non-Rectangular Section

Chapter 3: Design of Beam Sections in Flexure
  • Design of Rectangular Section
  • Design of Section with Redistribution
  • Structural Analysis of Beam
  • Design of Beam for Flexure
  • Design of Flanged Section

Chapter 4: Design of Beams for Shear
  • Design of Section for Shear
  • Design of Beam for Shear

Chapter 5: Serviceability Checks and Detailing in Beams
  • Serviceability Checks and Detailing
  • Chapter 6: Design of Slabs
  • One Way Slab (Continuous)
  • One Way Slab (Simply Supported)
  • Two Way Slab
  • Flat Slab
  • Ribbed Slab

Chapter 7: Design of Columns
  • Column Classification
  • Symmetrically Loaded Short Column
  • Short Column with Axial Load and Moment
  • Slender Column

Chapter 8: Design of Foundations
  • Pad Footing
  • Combined Footing
  • Pile Cap

Chapter 9: Design of Staircases
  • Staircase (between Beams)
  • Staircase (between Landings)

Chapter 10: Design of Wall and Corbel
  • Plain Concrete Wall
  • Corbel

Chapter 11: Design of Beam for Torsion
  • Design for Torsion

Chapter 12: Frame Analysis and Moment Redistribution
  • Frame Analysis for Vertical Loads
  • Frame Analysis for Horizontal Loads
  • Redistribution of Moments

Chapter 13: Design for Stability
  • Design for Stability

Chapter 14: Serviceability Limit State Calculations
  • Crack Width Calculation
  • Deflection Calculation
Price: US$ 10

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Graded Examples in Reinforced Concrete Design based on BS 8110

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