Santanu Bhanja

Reinforced Concrete Design (eBook, PDF)

Limit State Method and Beyond

• Format: PDF

Produktbeschreibung

Reinforced Concrete Design (RC) is performed mostly by the limit state method throughout the world. This book covers the fundamental concepts and principles of RC design developing the topics from the basic theories and assumptions. Building upon the possible revisions to the mother code of concrete in India, IS:456-2000, it explains the RC design provisions of IRC:112-2020, which are in line with international standards. In addition to strength design, serviceability and ductility design are also covered.

Features:

• Highlights the basic philosophy of RC design and behaviour of the sections up to and beyond limit state.
• Clarifies limit state theory from the basic assumptions provided in relevant Indian and international standards, IS:456, IRC:112 and Eurocode:2.
• Includes design aids or tools for standard and high strength concrete up to M90 grade as per different codes of practice.
• Explains the concept of ductility of reinforced concrete sections subjected to flexure with or without axial loads from fundamental principles.
• Covers fundamentals on serviceability requirements in reinforced concrete structures.
• Illustrates the design methodology of shear walls and includes design aids developed using basic principles as per relevant codes of practice.
• Explains reinforced concrete design provisions as per latest national and international standards and these are expected to be in line with those to be included in the forthcoming revision of IS:456.

This book is aimed at graduate students, researchers and professionals in civil engineering, construction engineering and concrete.

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Produktdetails

• Verlag: Taylor & Francis eBooks
• Seitenzahl: 414
• Erscheinungstermin: 26. Juni 2024
• Englisch
• ISBN-13: 9781040045749
• Artikelnr.: 70588167

Autorenporträt

Santanu Bhanja is currently Professor and former Head-of-the-Department of Civil Engineering, National Institute of Technical Teachers' Training and Research, Kolkata under Ministry of Education, Govt of India. He had his civil engineering education from Jadavpur University, Kolkata and IIT, Kharagpur, West Bengal. He has served Bengal Engineering College (DU), Shibpur, as a Lecturer and then as an Assistant Professor at the Bengal Engineering and Science University, Shibpur (presently IIEST, Shibpur) for about a decade before taking up the present assignment. Prof Bhanja has also worked in the industry for about seven years mostly as a Design Engineer. Besides teaching, he has provided technical consultancy as a Proof-Consultant for the private and govt sectors regarding the design of several prestigious projects. He has authored several research papers which have been published in Journals of international repute and presented numerous papers in National and International Conferences and Seminars. Prof Bhanja has more than Three decades of experience with concrete as a researcher, teacher for students at the under-graduate, post-graduate level and beyond and as a trainer of the technical faculty members of degree and Diploma level Engineering Institutions. He has organized several Workshops, Seminars, Webinars and Training programs in the field of concrete.

Inhaltsangabe

Preface

About the Author

Acknowledgements

Chapter 1

Introduction

Chapter 2

Basic Material - Concrete

Chapter 3

General Overview of IS:456-2000 and IRC:112-2020 - General Provisions of Indian Standards on Concrete

Chapter 4

Provisions of Standards or Codes of Practice on Reinforcement: IS:1786-2008, IS:456-2000, SP:16-1980, IRC:112-2020 and Eurocode-2

Chapter 5

General Consideration for Analysis of RC structures

Chapter 6

General Considerations for Design of RC Structures

Chapter 7

Philosophy of Reinforced Concrete Design

Chapter 8

Working Stress Method

Chapter 9

Limit State Method as per IS:456

Chapter 10

Limit State of Collapse in Flexure as per IS:456

Chapter 11

Limit State of Collapse in Compression as per IS:456

Chapter 12

Limit State of Collapse in Shear

Chapter 13

Development Length of Reinforcement in RC sections

Chapter 14

Limit State of Serviceability

Chapter 15

Limit State Method as per IRC:112-2020 for RC Sections

Chapter 16

Design beyond Limit State

Chapter 17

Ductility Design

Chapter 18

Earthquake-Resistant Design of Structures

Chapter 19

Design of Shear Walls Following the Fundamental Principles of Limit State Method as per Indian and International Standards

Chapter 20

Design of Staircases

Chapter 21

Design of Foundations