Elementary Reinforced Concrete (2nd Edition)

Elementary Reinforced Concrete Design (Second Edition)
By W. Morgan
For Students of Architecture, Building, and Engineering

A classic, long-running text first published in the mid-20th century and still in print, pitched deliberately at an introductory level for architecture, building, and engineering students rather than as a graduate-level treatise. It builds up reinforced concrete design step by step through worked examples, moving from basic stress and bending concepts through to the design of common structural elements, using both elastic theory and load-factor approaches common to earlier design codes and still useful for foundational understanding.

Topics commonly covered include:

• Bending moments and shear force fundamentals
• Elastic Theory and Load Factor design methods
• Design of simply supported and cantilever beams
• Tee beams and flanged sections
• Slabs and secondary/main beam framing
• Columns (axial load and compression steel)
• Stairs
• Foundations and footings
• Reinforcement detailing (stirrups, bond stress, bar spacing)

Key features:

• Deliberately elementary, worked-example-driven approach for beginners
• Bridges architecture, building, and engineering perspectives rather than assuming a purely engineering audience
• Long-standing classic text, still reprinted decades after its original publication
• Strong grounding in fundamentals before moving to more advanced RCC design texts
• Compact and accessible compared to larger, more exhaustive reinforced concrete references

Perfect for:

• Architecture students needing a working grasp of RCC design principles
• Building/construction students studying structural design fundamentals
• Early-stage civil engineering students before moving to advanced RCC design texts
• Anyone wanting a classic, concise introduction to reinforced concrete design

Available at Prince Book Depot. Cash on Delivery available. Nationwide delivery across Pakistan.