1. Limit State Design of Reinforced Concrete" By B.C. Punmia, Ashok Jain, Arun Jain
Authors:
B.C. Punmia – Renowned civil engineering author and professor.
Ashok Kumar Jain – Co-author, expert in structural engineering.
Arun Kumar Jain – Co-author, experienced educator and designer.
This book is a comprehensive guide on the design of
reinforced concrete structures based on the Limit State Method as per IS:
456–2000. It is widely used in B.Tech Civil Engineering courses across India.
Key Features:
- Covers the design of beams, slabs, columns, footings, and staircases.
- Uses IS 456:2000 code provisions throughout the book.
- Explains both theory and practical design procedures.
- Includes numerous solved examples, illustrations, and practice questions.
- Focus on the limit state of collapse and serviceability.
- Suitable for students, practising engineers, and competitive exams (GATE, IES, etc.).
Recommended For:
- B.Tech/B.E. Civil Engineering students
- Diploma in Civil Engineering
- AMIE / Competitive exam aspirants
- Civil Engineers in the field practice
2. "Design of Reinforced Concrete Structures" By N. Subramanian
Author:
Dr. N. Subramanian
Renowned structural engineer, author, and researcher.
Known for writing code-based, practical engineering textbooks.
This book provides an in-depth understanding of reinforced
concrete design using the Limit State Method, based on the Indian Standard Code
IS: 456-2000. It also includes references to other IS codes like IS 13920
(earthquake design) and SP:16 (design aids).
Key Features:
- Covers basic principles and advanced topics in RCC design.
- Includes design of beams, slabs, columns, footings, staircases, and walls.
- Special focus on earthquake-resistant design and ductile detailing.
- Extensive use of real-world examples, diagrams, and code provisions.
- Includes solved numerical problems, review questions, and design charts.
- Emphasises the use of SP:16 Design Aids for solving problems efficiently.
Topics Covered:
- Limit State Design Philosophy
- Design of Flexural Members (Beams)
- Shear, Torsion & Bond
- Design of Slabs
- Design of Compression Members (Columns)
- Footings and Staircases
- Retaining Walls and Water Tanks
- Detailing of Reinforcement
- Seismic Design (IS 13920)
Recommended For:
- B.Tech / B.E. Civil Engineering students
- M.Tech (Structural Engineering) students
- GATE / ESE / PSC aspirants
- Structural design professionals and consultants
3. "Reinforced Concrete Design" By S. Unnikrishna
Pillai & Devdas Menon.
Authors:
S. Unnikrishna Pillai – Renowned academic and civil engineering educator.
Devdas Menon – Professor at IIT Madras, expert in structural engineering and seismic design.
This book is a highly respected textbook on the Limit State
Method of design in Reinforced Concrete, based on IS: 456–2000. It provides a
balance of theory, code-based design, and practical application. The authors
use a conceptual and logical approach to explain the behaviour and design of
structural elements.
Key Features:
- Based strictly on IS: 456–2000 with comparisons to working stress methods.
- In-depth explanations of design philosophy and structural behaviour.
- Covers beams, slabs, columns, footings, staircases, retaining walls, etc.
- Includes detailed examples, code references, and diagrams.
- Discusses ductile detailing, serviceability, and durability aspects.
- Focus on problem-solving techniques and logical reasoning in design.
Topics Covered:
- Introduction to RCC and Limit State Method
- Analysis and Design of Beams (flexure, shear, torsion)
- Design of Slabs – one-way and two-way
- Columns and Compression Members
- Footings and Staircases
- Serviceability Limit States (deflection and cracking)
- Bond, Anchorage and Development Length
- Seismic Considerations and Ductile Design
- Detailing of Reinforcement
Recommended For:
- Undergraduate (B.Tech/B.E.) Civil Engineering students
- Postgraduate students (Structural Engineering)
- GATE / ESE / IES aspirants
- Civil and Structural Engineers involved in design and consultancy
4. "Design of Reinforced Concrete Structures" By M.L. Gambhir
Author:
Dr. M.L. Gambhir
A well-known authority in civil and structural engineering education.
Former professor at IIT Delhi and an expert in concrete design and technology.
This book provides a comprehensive and practical approach to
the design of reinforced concrete structures, with emphasis on both theoretical
understanding and IS Code-based design procedures (IS: 456–2000). It bridges
the gap between academic knowledge and professional design practice.
Key Features:
Follows Limit State Design Method as per IS: 456–2000.
Also includes the Working Stress Method for comparison and
understanding.
Detailed treatment of design principles, structural
behaviour, and failure modes.
Rich in illustrations, solved examples, practice questions,
and diagrams.
Explains philosophy behind design, not just formulas and
steps.
Includes ductile detailing, design aids, and reinforcement
layout guidance.
Topics Covered:
- Fundamentals of RCC and Design Philosophy
- Design of Beams (flexure, shear, torsion)
- Slabs (one-way, two-way, and cantilever)
- Columns and Axially Loaded Members
- Footings, Staircases, and Flat Slabs
- Deflection and Crack Control
- Bond, Anchorage, and Development Length
- Retaining Walls and Water Tanks
- Earthquake-Resistant Design Concepts
Recommended For:
- B.Tech / B.E. Civil Engineering students
- M.Tech Structural Engineering students
- GATE / IES / PSC aspirants
- Structural design professionals and consultants
5. "Reinforced Concrete Structures" By Park and
Paulay”
Authors:
Thomas Paulay – Renowned structural engineer and expert in seismic design.
Nigel Priestley – Internationally respected for his work in reinforced concrete and earthquake engineering.
(Note: The book is commonly known as "Park and Paulay," but the full authorship is Thomas Paulay and M.J.N. Priestley.)
This is a highly advanced textbook on the behaviour and
design of reinforced concrete structures, particularly focusing on structural
performance under seismic and lateral loads. It is widely used in postgraduate
courses and by professional engineers globally.
Key Features:
- Focuses on structural behaviour rather than just design formulas.
- Deep coverage of ductility, moment redistribution, and non-linear analysis.
- Emphasises earthquake-resistant design principles.
- Based on ultimate strength and limit state design philosophies.
- Includes numerous real-life examples, diagrams, and international codes.
- Suitable for performance-based design and research-oriented learning.
Topics Covered:
- Structural Modelling and Analysis of RC Structures
- Flexural and Shear Behaviour
- Ductile Detailing and Seismic Design
- Moment Redistribution and Plastic Analysis
- Frames, Shear Walls, and Interaction Effects
- Behaviour of Columns and Beam-Column Joints
- Capacity Design Principles
- Practical Insights into Design for Safety and Performance
Recommended For:
- M.Tech / M.S. Structural Engineering students
- Ph.D. researchers in Earthquake Engineering
- Design Engineers and Structural Consultants
- GATE / IES (advanced level) aspirants
- Professionals working on seismic zone projects
