Concrete Technology Theory And Practice

The ninth edition of Concrete Technology presents a rigorous, up-to-date treatment of concrete science and engineering, aligning foundational principles with contemporary construction requirements. This edition emphasizes durability-based design, moving beyond traditional strength criteria to address service life and performance in aggressive environments. Designed for students, researchers and practising engineers, this edition combines microstructural insights—such as the Transition Zone and hydration chemistry—with practical methodologies to advance the development of concrete that is strong, durable and sustainable.

KEY FEATURES:

✍ Advanced Chemical Admixtures: Detailed coverage of crystalline products for pore-blocking and densification of C-S-H gel, and Viscosity-Modifying Admixtures (VMA) for Self-Compacting Concrete (SCC) to enhance rheology and prevent segregation.

✍ Mass Concrete and Thermal Control: Incorporates CIRIA C766-based temperature rise calculations and modern mitigation techniques using high-volume GGBS and fly ash to reduce early-age thermal cracking.

✍ Updated Mix Design Guidelines: Comprehensive revision of the ACI method and full integration of IS 10262:2019, including an illustrative fly ash-based mix design example with durability adjustments per IS 456 amendments.

✍ Special Concretes: Expanded discussion on Ultra High-Performance Concrete, Bendable Concrete, Translucent Concrete, Geopolymer Concrete, SCC and High-Volume Fly Ash Concrete, supported by field tested mix proportions from major infrastructure projects.

TABLE OF CONTENTS:

1. Cement

2. Types of Cement and Testing of Cement

3. Aggregates and Testing of Aggregates

4. Water

5. Admixtures and Construction Chemicals

6. Properties of Fresh Concrete

7. Production and Placing of Concrete

8. Strength of Concrete

9. Elasticity, Creep and Shrinkage

10. Testing of Hardened Concrete

11. Durability of Concrete

12. Concrete Mix Design

13. Temperature Control of Concrete at Early Ages and Extreme Weather Concreting

14. Special Concretes and Concreting Methods

15. Self-Compacting Concrete (SCC)

16. Repairs and Maintenance of Concrete Structures

. Index

Useful for: This textbook has been developed with a strong practical focus on concrete-making practices, helping Civil Engineering students and site engineers build a comprehensive understanding of concrete technology starting from fundamental principles