May 1, 2024
Updated May 29, 2025
21 minute read
A Comprehensive Guide to Concrete Technology
Concrete Technology is a specialized field of civil engineering and materials science that deals with the properties, behavior, production, and application of concrete. It encompasses the study of concrete's constituent materials – cement, aggregates, water, and admixtures – and how their interactions influence the performance of concrete in both its fresh (plastic) and hardened states. This discipline is fundamental to the construction industry, as concrete is the most widely used human-made material on the planet, forming the backbone of modern infrastructure from towering skyscrapers and expansive bridges to durable roads and residential homes.
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Reading list
We've selected 26 books
that we think will supplement your
learning. Use these to
develop background knowledge, enrich your coursework, and gain a
deeper understanding of the topics covered in
Concrete Technology.
Published by the Portland Cement Association (PCA), this book fundamental guide for anyone involved in concrete technology, from students to professionals. It provides practical guidance on all aspects of concrete technology, including material selection, mix proportioning, and quality control. It is widely used in the industry and as a textbook, reflecting the latest standards and practices.
Offers a comprehensive and current guide to the properties, behavior, and technology of concrete with a strong focus on its microstructure. It covers a wide range of topics, including durability, special concrete types, and advances in the field. This book is valuable for gaining a deep understanding of concrete science and is often used in academic settings. The latest edition includes information on recent innovations like self-consolidating concrete and pervious concrete.
Authored by a leading researcher, this book offers a comprehensive review of high-performance concrete (HPC). It covers materials, properties, technology, construction, and testing of HPC. is particularly valuable for those seeking to understand advanced concrete types and their applications.
This handbook comprehensive reference focusing on the durability of concrete structures. It covers deterioration mechanisms, materials for durable concrete, performance-based specifications, and repair methods. It practical guide for professionals involved in the design and maintenance of concrete structures and a valuable resource for postgraduate students.
A comprehensive overview of concrete microstructure, properties, and materials.
Provides a thorough understanding of concrete technology from fundamental principles. It covers various aspects, including cement types, admixtures, strength, durability, and testing, with references to national standards. It popular textbook for civil engineering students and a useful reference for practicing engineers.
Provides an up-to-date survey of concrete durability issues, focusing on specification, design, and achieving durability in construction. It is aimed at practicing engineers and graduate students, offering a summary of current knowledge, information on modern materials, and how to combine them for durable concrete.
Focuses on the sustainability of concrete, exploring ways to make its production and use more environmentally friendly. It discusses alternative binders, the importance of curing for durability, and the economic aspects of sustainable concrete. It valuable resource for understanding the future trends in concrete technology.
This comprehensive handbook covers the entire range of issues related to the construction and design of reinforced and prestressed concrete structures. It is an indispensable resource for design and construction engineers, field personnel, and researchers, offering in-depth information on various construction practices and emerging areas.
Addresses current industry practices in concrete mix design, quality control, and specification. It provides practical assistance to concrete producers and discusses the evolving nature of concrete, including the use of admixtures and concerns regarding natural sands. It valuable reference for professionals involved in mix design and quality assurance.
Provides an overview of concrete's role in green building and sustainable construction. It highlights the environmental benefits and considerations of using concrete, including aspects like thermal mass, recycling, and reducing emissions. It is relevant for those interested in the intersection of concrete technology and sustainability.
Examines the sustainability issues related to concrete, the most widely used building material globally. It discusses the environmental impact and proposes solutions, covering topics like emissions, absorption, and recycling. It provides a holistic view of sustainability in the concrete industry.
Delves into advanced topics in concrete technology, covering processes and materials. It is suitable for those who have a foundational understanding and wish to explore more specialized areas. The second edition includes updates on recent developments in the field.
Specifically addresses the critical aspects of concrete permeability and its impact on durability. Understanding these properties is essential for designing and constructing long-lasting concrete structures. It valuable resource for those focusing on the performance and service life of concrete.
Focuses specifically on concrete mix design methodologies, providing formulas, tables, and practical guides. It helps engineers understand the procedures, limitations, and optimization of concrete mixes to meet specific requirements. It practical resource for those involved in the design and proportioning of concrete.
Considered a classic in the field, this book provides a detailed understanding of the chemistry of cement and concrete. It foundational text for those seeking to understand the material at a chemical level, which is crucial for comprehending its properties and behavior. While a classic, newer editions incorporate recent advancements.
Covers the properties, specification, and execution of concrete structures. It bridges the gap between material properties and structural applications, providing a well-rounded understanding for students and engineers. It valuable reference for both design and construction aspects.
A textbook that introduces the principles of prestressed concrete.
A textbook that introduces the principles of concrete construction.
A textbook that introduces the principles of reinforced concrete design.
A comprehensive guide to concrete repair and maintenance.
A comprehensive overview of concrete durability.
A comprehensive overview of concrete structural design. It covers topics such as flexural and axial members, shear and torsion, slabs, and footings.
For more information about how these books relate to this course, visit:
OpenCourser.com/topic/ykcgfr/concrete
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