Elementary Reinforced Concrete Design

W. Morgan’s Elementary Reinforced Concrete Design (Second Edition, 1966) is a foundational text for students and practicing engineers seeking a clear and practical introduction to reinforced concrete design. Published by Edward Arnold, this edition builds upon the original work with updated examples and design methods aligned with mid-20th-century construction standards. Morgan’s approachable style makes complex principles accessible without sacrificing technical rigor, making the book an ideal resource for both classroom learning and professional reference.

The book systematically covers the core aspects of reinforced concrete design, including stress analysis, bending, shear, deflection, and the behavior of beams, slabs, and columns under load. Emphasis is placed on safe and efficient design principles, with worked examples, diagrams, and tables illustrating each concept in a practical context. Morgan’s guidance bridges the gap between theory and application, helping readers develop the skills to analyze and design structures with confidence.

Renowned for its clarity and structured approach, Elementary Reinforced Concrete Design has been widely used in engineering education and practice. Its enduring relevance lies in its balance of theoretical understanding and real-world application, offering a reliable foundation in reinforced concrete design for students, educators, and engineers alike.