Design and Control of Concrete Mixtures 17th edition

Design and Control of Concrete Mixtures, 17th Edition is the definitive guide for engineers, contractors, producers, instructors, and students. This new edition reflects the latest advances in concrete technology and highlights concrete’s contribution to sustainability. Provides guidance on all aspects of concrete technology from selection of suitable materials to designing and proportioning a concrete mixture. Backed by over 100 years of research by the Portland Cement Association and other industry groups. Reflects the latest guidance on standards, specifications, and test methods of ASTM International (ASTM), the American Association of State Highway and Transportation Officials (AASHTO), and the American Concrete Institute (ACI). Presenting a 40% increase in new information, including two new chapters on imperfections in concrete and innovations in concrete technology.

Key Aspects:

• Centennial Reference in Concrete Technology
• Major Content Overhaul and Expansion
• Integration of Latest Industry Standards
• Two New Chapters for Modern Relevance
• Comprehensive and Updated Chapter Structure

Highlights:

• Backed by Over a Century of Research
• Two New Chapters
• Expanded Content – Over 40% New Material
• Fully Aligned with Current Industry Standards
• Updated Mix Design Guidance

About Authors

Authored by Michelle L. Wilson and Paul D. Tennis, both affiliated with the Portland Cement Association (PCA). This edition, published in 2021, serves as a comprehensive guide to concrete technology, reflecting over a century of research and development in the field.

Michelle L. Wilson is a recognized expert in concrete materials and technology. Her work focuses on the practical applications of concrete in construction, emphasizing sustainability and performance. As a member of the PCA, she has contributed significantly to the development of industry standards and educational resources.

Paul D. Tennis is a seasoned professional in concrete materials and construction practices. With extensive experience in both industry and academia, he has been instrumental in advancing the understanding of concrete properties and their implications for construction. His contributions to the PCA have helped shape modern concrete practices and standards.

Together, Wilson and Tennis have updated this edition to include the latest advancements in concrete technology, incorporating new chapters on imperfections in concrete and innovations in concrete materials. Their work continues to support the PCA’s mission to promote the use of concrete as a sustainable and durable construction material.