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Reinforced Concrete Mechanics and Design: A Comprehensive and Updated Textbook for Civil Engineers


Reinforced Concrete Mechanics And Design 7th Edition Pdf Free 15




Introduction




Reinforced concrete is one of the most widely used construction materials in the world. It consists of concrete that is reinforced with steel bars or wires to improve its strength and ductility. Reinforced concrete can be used to build various types of structures, such as buildings, bridges, dams, tunnels, tanks, etc.




Reinforced Concrete Mechanics And Design 7th Edition Pdf Free 15



If you are interested in learning more about reinforced concrete mechanics and design, you should definitely check out the book Reinforced Concrete Mechanics And Design by James G. MacGregor and James K. Wight. This book is considered as one of the best textbooks on the subject, as it covers both theoretical and practical aspects of reinforced concrete in a clear and comprehensive manner.


The 7th edition of this book was published in 2015, and it features many updates and improvements from the previous editions. Some of the new features include:



  • New examples and problems that reflect current design practice



  • New chapters on strut-and-tie models, torsion design, seismic design, durability design, and sustainability



  • New sections on high-strength concrete, fiber-reinforced polymer reinforcement, self-consolidating concrete, precast concrete, prestressed concrete, etc.



  • New illustrations, photographs, tables, charts, graphs, etc. that enhance the visual presentation of the material



  • New online resources that provide additional information and learning tools



The best part is that you can get a free pdf copy of this book online. All you have to do is click on this link https://www.academia.edu/37168701/Reinforced_Concrete_Mechanics_and_Design_7th_Edition and download it to your device. You can also access other related books and papers on this website.


Reinforced Concrete Basics




Materials and Properties




Before we dive into the design of reinforced concrete structures, let us first review some basic concepts about the materials and properties of reinforced concrete. Reinforced concrete is composed of two main ingredients: concrete and steel. Concrete is a mixture of cement, water, sand, and aggregates (such as gravel, crushed stone, etc.). Steel is a metal alloy that consists mainly of iron and carbon. Both materials have their own advantages and disadvantages, and they work together to form a composite material that has better performance than either material alone.


Some of the main properties of concrete and steel that affect their behavior in reinforced concrete are:



Property


Concrete


Steel


Strength


Concrete has high compressive strength but low tensile strength. The compressive strength depends on the mix proportions, curing conditions, age, etc. The tensile strength is usually ignored in design, as it is much lower than the compressive strength.


Steel has high tensile strength and moderate compressive strength. The strength depends on the type, grade, and manufacturing process of the steel. Steel can also yield (deform permanently) under high stress without breaking.


Stiffness


Concrete has low stiffness (or modulus of elasticity), which means it deforms easily under load. The stiffness depends on the strength, den