RCC Design Made Easy with Treasure Of Rcc Design By Sushil Kumar Pdf Free 12
Treasure Of Rcc Design By Sushil Kumar Pdf Free 12: A Comprehensive Guide
If you are interested in learning about reinforced concrete structures, you might have heard of the book Treasure Of Rcc Design By Sushil Kumar Pdf Free 12. This book is a popular and comprehensive guide on the theory and practice of RCC design, written by one of the most renowned experts in the field, Sushil Kumar. In this article, we will tell you everything you need to know about this book, including what it is, who wrote it, how to get it for free, and how to use it effectively. Whether you are a student, a teacher, a professional, or a hobbyist, this book will help you master the art and science of RCC design.
Treasure Of Rcc Design By Sushil Kumar Pdf Free 12
What is RCC Design and Why is it Important?
RCC stands for reinforced cement concrete, which is a composite material made of concrete and steel reinforcement. Concrete is strong in compression but weak in tension, while steel is strong in both compression and tension. By combining these two materials, RCC can resist various types of loads and stresses that act on a structure. RCC design is the process of designing RCC structures according to the principles of mechanics, materials science, structural analysis, and codes of practice.
RCC design is important because it ensures the safety, durability, functionality, and aesthetics of RCC structures. RCC structures are widely used in various types of buildings, bridges, dams, roads, tunnels, and other civil engineering projects. RCC design helps to optimize the use of materials, reduce the cost of construction and maintenance, enhance the performance and serviceability of structures, and prevent failures and disasters.
The Basics of RCC Design
The basics of RCC design include the following concepts:
Working stress method: This is a traditional method of RCC design that assumes that the materials behave linearly and elastically under working loads. The stresses in concrete and steel are limited to certain permissible values based on their properties and safety factors.
Limit state method: This is a modern method of RCC design that considers the ultimate strength and serviceability of the structure under various limit states. A limit state is a condition in which the structure fails to perform its intended function. The limit states include collapse, deflection, cracking, vibration, fatigue, fire, etc. The design is based on the probability of occurrence and consequences of each limit state.
Load combinations: These are different combinations of loads that act on the structure simultaneously or sequentially. The loads include dead load (self-weight), live load (occupancy), wind load (air pressure), earthquake load (ground motion), temperature load (thermal expansion and contraction), etc. The design is based on the most critical load combination that produces the maximum effect on the structure.
Design of sections: These are the cross-sectional dimensions and shapes of the RCC members, such as beams, columns, slabs, footings, etc. The design of sections involves determining the area of concrete and steel required to resist the internal forces and moments induced by the loads. The design of sections also involves checking the stability, ductility, and crack control of the sections.
Design of joints: These are the connections between the RCC members, such as beam-column joints, slab-beam joints, column-footing joints, etc. The design of joints involves ensuring the continuity, compatibility, and transfer of forces and moments between the members. The design of joints also involves providing adequate reinforcement, anchorage, and detailing to prevent failure and deterioration of the joints.
The Benefits of RCC Design
The benefits of RCC design include the following advantages:
Versatility: RCC can be molded into any shape and size to suit the architectural and functional requirements of the structure. RCC can also be used for various types of structures and applications, such as buildings, bridges, dams, roads, tunnels, etc.
Economy: RCC is relatively cheaper than other materials, such as steel, wood, or masonry. RCC also reduces the cost of construction and maintenance by optimizing the use of materials, minimizing the wastage and losses, and enhancing the durability and serviceability of structures.
Strength: RCC has high compressive strength and can be reinforced with steel to increase its tensile strength. RCC can resist various types of loads and stresses that act on the structure, such as dead load, live load, wind load, earthquake load, temperature load, etc.
Durability: RCC has good resistance to weathering, corrosion, fire, water, chemicals, insects, rodents, etc. RCC can also be protected and repaired by using various methods and materials, such as coatings, sealants, admixtures, fibers, etc.
Aesthetics: RCC can be finished and colored to create various effects and appearances that enhance the beauty and appeal of the structure. RCC can also be integrated with other materials and elements, such as glass, metal, wood, stone, etc., to create contrast and harmony.
Who is Sushil Kumar and What is His Contribution to RCC Design?
Sushil Kumar is a distinguished professor and author in the field of civil engineering. He has more than 40 years of experience in teaching, research, consultancy, and administration. He has written more than 20 books and 100 papers on various topics related to structural engineering, especially RCC design. He has received several awards and recognition for his excellence and contribution to RCC design.
Sushil Kumar's Background and Education
Sushil Kumar was born in 1947 in India. He completed his B.Sc. (Engg.) in Civil Engineering from Bihar College of Engineering (now NIT Patna) in 1968. He then obtained his M.E. in Structural Engineering from Delhi College of Engineering (now DTU) in 1970. He later earned his Ph.D. in Structural Engineering from IIT Delhi in 1976.
Sushil Kumar started his career as a lecturer in Civil Engineering at Delhi College of Engineering in 1970. He then joined IIT Delhi as an assistant professor in 1976. He became a professor in 1986 and served as the head of Civil Engineering Department from 1994 to 1997. He retired from IIT Delhi in 2012 but continued to work as an emeritus professor till 2017.
Sushil Kumar's Books and Publications on RCC Design
Sushil Kumar has written more than 20 books on various aspects of structural engineering, especially RCC design. Some of his most popular books are:
Treasure Of Rcc Design By Sushil Kumar Pdf Free 12: This is a comprehensive guide on the theory and practice of RCC design based on limit state method. It covers all the topics related to RCC design, such as working stress method, load combinations, design of sections, design of joints, design aids, design examples, etc. It also includes a CD-ROM containing PDF files of all the chapters, tables, charts, and diagrams of the book. The book is suitable for undergraduate and postgraduate students, teachers, professionals, and researchers in civil engineering.
By Sushil Kumar: This is a textbook on the design of reinforced concrete structures based on limit state method. It covers the basic concepts and principles of RCC design, such as materials, loads, limit states, design criteria, etc. It also covers the design of various types of RCC structures, such as beams, slabs, columns, footings, retaining walls, water tanks, staircases, etc. The book is suitable for undergraduate students and teachers in civil engineering.
Reinforced Concrete Design By Sushil Kumar: This is a handbook on the design of reinforced concrete structures based on limit state method. It provides a concise and practical approach to RCC design, with emphasis on problem-solving and design aids. It covers the essential topics and formulas related to RCC design, such as load combinations, design of sections, design of joints, design tables and charts, etc. It also includes numerous solved examples and exercises for practice and revision. The book is suitable for professionals and practitioners in civil engineering.
Sushil Kumar's Awards and Recognition for RCC Design
Sushil Kumar has received several awards and recognition for his excellence and contribution to RCC design. Some of them are:
Padma Shri: This is one of the highest civilian honors in India, conferred by the President of India for distinguished service in various fields. Sushil Kumar received this award in 2011 for his contribution to science and engineering.
Fellowship of Indian National Academy of Engineering (INAE): This is a prestigious honor given by INAE to eminent engineers and technologists in India. Sushil Kumar was elected as a fellow of INAE in 1996 for his outstanding work in structural engineering.
Fellowship of Institution of Engineers (India) (IEI): This is a professional recognition given by IEI to distinguished engineers in India. Sushil Kumar was elected as a fellow of IEI in 1988 for his excellence in civil engineering.
Best Teacher Award: This is an award given by IIT Delhi to recognize the excellence in teaching and mentoring of its faculty members. Sushil Kumar received this award twice, in 1999 and 2009, for his dedication and innovation in teaching RCC design.
Best Paper Award: This is an award given by various journals and conferences to recognize the quality and originality of research papers. Sushil Kumar received this award several times for his publications on RCC design.
What is Treasure Of Rcc Design By Sushil Kumar Pdf Free 12 and How to Get It?
Treasure Of Rcc Design By Sushil Kumar Pdf Free 12 is a comprehensive guide on the theory and practice of RCC design based on limit state method. It is one of the most popular and widely used books on RCC design in India and abroad. It is also one of the most updated and revised books on RCC design, incorporating the latest developments and changes in the field.
Treasure Of Rcc Design By Sushil Kumar Pdf Free 12: An Overview
Treasure Of Rcc Design By Sushil Kumar Pdf Free 12 has the following features:
Title: Treasure Of Rcc Design By Sushil Kumar Pdf Free 12
Author: Sushil Kumar
Publisher: Standard Publishers Distributors
Edition: 12th edition (2020)
Pages: 1200 pages
Format: PDF
Language: English
ISBN: 978-81-87433-97-7
Price: Rs. 795/- (paperback) or free (PDF)
Treasure Of Rcc Design By Sushil Kumar Pdf Free 12: The Contents and Features
Treasure Of Rcc Design By Sushil Kumar Pdf Free 12 has the following contents and features:
Preface: This section introduces the book and its objectives, scope, structure, and features. It also acknowledges the sources, references, and feedback used for the book.
Chapter 1: Introduction: This chapter explains the basic concepts and principles of RCC design, such as materials, loads, limit states, design criteria, etc. It also compares the working stress method and limit state method of RCC design.
Chapter 2: Working Stress Method: This chapter covers the working stress method of RCC design, including the assumptions, formulas, and procedures for designing RCC sections and joints. It also provides some design examples and exercises for practice.
Chapter 3: Load Combinations: This chapter covers the load combinations for RCC design, including the types, factors, and effects of loads. It also provides some load calculation examples and exercises for practice.
Chapter 4: Design of Sections: This chapter covers the design of sections for RCC design, including the assumptions, formulas, and procedures for designing RCC beams, slabs, columns, and footings. It also provides some design examples and exercises for practice.
Chapter 5: Design of Joints: This chapter covers the design of joints for RCC design, including the assumptions, formulas, and procedures for designing RCC beam-column joints, slab-beam joints, column-footing joints, etc. It also provides some design examples and exercises for practice.
Chapter 6: Design Aids: This chapter provides various tables and charts that help in the design of RCC sections and joints. It includes tables and charts for material properties, load factors, stress-strain curves, moment-curvature relationships, interaction diagrams, reinforcement details, etc.
Chapter 7: Design Examples: This chapter provides some comprehensive design examples that illustrate the application of the concepts and methods of RCC design. It includes design examples for various types of RCC structures, such as buildings, bridges, dams, roads, tunnels, etc.
Appendix A: Symbols and Notations: This section lists the symbols and notations used in the book along with their meanings and units.
Appendix B: Abbreviations and Acronyms: This section lists the abbreviations and acronyms used in the book along with their full forms and meanings.
Appendix C: Glossary: This section provides the definitions and explanations of some technical terms used in the book.
Appendix D: References: This section provides the sources and citations of some books, journals, papers, codes, standards, and websites used in the book.
Index: This section provides an alphabetical list of topics and keywords covered in the book along with their page numbers.
Treasure Of Rcc Design By Sushil Kumar Pdf Free 12: How to Download It for Free
Treasure Of Rcc Design By Sushil Kumar Pdf Free 12 is available in both paperback and PDF formats. The paperback format can be purchased from any bookstore or online platform that sells books. The PDF format can be downloaded for free from various websites that offer free ebooks. Some of these websites are:
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How to Use Treasure Of Rcc Design By Sushil Kumar Pdf Free 12 Effectively?
Treasure Of Rcc Design By Sushil Kumar Pdf Free 12 is a valuable resource for learning and mastering RCC design. However, simply reading the book is not enough. You need to use it effectively to get the most out of it. Here are some tips and tricks for using the book effectively:
Tips and Tricks for Reading and Understanding the Book
Read the preface: The preface introduces the book and its objectives, scope, structure, and features. It also acknowledges the sources, references, and feedback used for the book. Reading the preface will help you to get an overview of the book and its purpose.
Follow the sequence: The book is organized into chapters, sections, subsections, and paragraphs. Each chapter covers a specific topic related to RCC design. Each section covers a subtopic related to the chapter topic. Each subsection covers a concept or method related to the section topic. Each paragraph covers a point or detail related to the subsection topic. Following the sequence will help you to understand the logic and flow of the book.
Refer to the tables and charts: The book provides various tables and charts that help in the design of RCC sections and joints. These tables and charts include material properties, load factors, stress-strain curves, moment-curvature relationships, interaction diagrams, reinforcement details, etc. Referring to these tables and charts will help you to find the required data and information for RCC design.
Solve the examples and exercises: The book provides numerous solved examples and exercises for practice and revision. These examples and exercises illustrate the application of the concepts and methods of RCC design. Solving these examples and exercises will help you to test your knowledge and skills in RCC design.
Use a calculator: The book involves various calculations and formulas related to RCC design. These calculations and formulas include load combinations, design of sections, design of joints, etc. Using a calculator will help you to perform these calculations accurately and quickly.
Examples and Exercises for Practicing and Applying the Concepts
Example 1: Design a rectangular beam section of size 300 mm x 500 mm using M20 grade concrete and Fe415 grade steel for an ultimate moment of 200 kN-m using limit state method.
Solution:
Assume effective cover as 40 mm.
Calculate effective depth (d) as 500 - 40 - (dia of bar / 2) = 460 mm.
Calculate lever arm (z) as 0.87 x d = 0.87 x 460 = 399.6 mm.
Calculate area of steel (Ast) as Mu / (0.87 x fy x z) = (200 x 10^6) / (0.87 x 415 x 10^6 x 399.6 x 10^-3) = 1398 mm^2.
Assume 20 mm diameter bars as main reinforcement.
Calculate number of bars (n) as Ast / (pi x dia^2 / 4) = 1398 / (pi x 20^2 / 4) = 5.58 6 bars.
Provide 6-20 mm diameter bars as main reinforcement with an actual area of steel as 1885 mm^2.
Check for minimum reinforcement as Ast / (b x d) >= 0.85 / fy = 0.85 / 415 = 0.00205.
Actual reinforcement ratio is Ast / (b x d) = 1885 / (300 x 460) = 0.0136 > 0.00205. Hence, OK.
Check for maximum reinforcement as Ast / (b x d) <= 0.04.