Emerging Technologies in Civil Engineering: Industry 4.0 Approach

by T Venu Madhav

ISBN: 9789371703765
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Imprint : Daya Publishing House
Year : 2026
Price : Rs. 6950.00
Biblio : xiv+131p., ind., 25cm

Author Profile

Dr. T. Venu Madhav, with his doctorate in Civil Engineering, is a luminary in blending foundational engineering concepts with modern technological innovations. His career, marked by significant contributions to both academia and industry, reflects a profound dedication to advancing civil engineering. His work is characterized by a deep understanding of engineering complexities and a commitment to integrating emerging technologies, positioning him as a pivotal figure in shaping the discipline's future.

About The Book

"Emerging Technologies in Civil Engineering: Industry 4.0 Approach" is a pivotal text that explores the integration of foundational civil engineering principles with the groundbreaking innovations of Industry 4.0. This comprehensive guide delves into the latest technological trends revolutionizing the field, encompassing everything from smart city development to the incorporation of emerging technologies such as advanced materials and digital infrastructure. An indispensable resource for both experienced professionals and students, this book is instrumental in understanding the evolving landscape of civil engineering in an era dominated by digital and technological advancements. Industry and Academic Endorsements "Senthil Na Mariappan, CEO of Data Corp and esteemed figure in transport planning, extols Dr. Madhav's innovative contributions to civil engineering. Mariappan's profound professional experience underscores his endorsement of Dr. Madhav's blend of theoretical acumen and practical innovation, recognizing his central role in shaping the industry's future. "Dr. I.V. Ramana Reddy, a distinguished professor at SV University, Tirupati, and a noted academician in the field, also expresses high regard for Dr. Madhav's work. "Dr. Madhav's book is a landmark in civil engineering literature," says Dr. Reddy. "It successfully captures the interdisciplinary essence required for modern engineering challenges and provides a clear vision for integrating new technologies into sustainable infrastructure development. "Dr. Vanki Penchalaiah, esteemed Chairman of Audisankara Group of Institutions, commends Dr. Madhav for his innovative and scholarly pursuits. "Dr. Madhav's publication reflects his in-depth understanding of engineering challenges and his unwavering commitment to education. It stands as an invaluable asset for building a resilient and sustainable infrastructural future," remarks Dr. Penchalaiah.

Table of Contents

Acknowledgments v Preface vii 1. Civil Engineering in the Digital Era 1 1.1 Historical Context and Evolution of Civil Engineering 1.2 Introduction to Industry 4.0 1.3 The Paradigm Shift to Digital Engineering 2. The Foundation of Smart Cities 7 2.1 Understanding Smart Cities 2.2 Role of Civil Engineers in Smart City Development 2.3 Case Studies of Smart City Initiatives 3. Artificial Intelligence in Civil Engineering 19 3.1 Basics of AI and Its Subfields 3.2 AI in Design and Planning 3.3 AI in Construction and Maintenance 3.4 AI in Disaster Management and Mitigation 4. Big Data and Data Analytics in Civil Engineering 31 4.1 The Rise of Big Data 4.2 Data Acquisition Methods xii 4.3 Data Analytics Techniques and Tools 4.4 Applications in Civil Engineering 5. Internet of Things (IoT) in Infrastructure Development 41 5.1 Introduction to IoT 5.2 IoT in Smart Buildings and Energy Management 5.3 IoT in Transportation and Logistics 5.4 Challenges and Future Trends 6. Cybersecurity in Civil Engineering 51 6.1 Cybersecurity Fundamentals 6.2 Vulnerabilities in Civil Engineering Systems 6.3 Strategies for Securing Infrastructure 6.4 Emerging Threats and Countermeasures 7. Machine Learning and Predictive Analytics 61 7.1 Machine Learning Basics 7.2 Predictive Models in Infrastructure Health Monitoring 7.3 Applications in Resource Allocation and Utilization 7.4 Case Studies in Predictive Maintenance 8. Robotics and Automation in Construction 71 8.1 Evolution of Robotics in Civil Engineering 8.2 Autonomous Vehicles and Drones 8.3 Robotics in Construction and Fabrication 8.4 Future Trends and Ethical Considerations 9. Wireless Communication and Connectivity 79 9.1 Fundamentals of Wireless Communication 9.2 Role in Remote Monitoring and Control Systems 9.3 Applications in Emergency Response 9.4 Integrating 5G and Beyond 10. Sustainable Practices and Green Technologies in Civil Engineering 85 10.1 Principles of Sustainable Civil Engineering 10.2 Innovations in Materials and Construction Techniques 10.3 Green Technologies in Water and Waste Management 10.4 Case Studies in Sustainable Urban Development xiii 11. Advanced Materials and Nanotechnology in Civil Engineering 89 11.1 Introduction to Smart Materials 11.2 Nanotechnology in Civil Engineering 11.3 Applications in Structural Health Monitoring 11.4 Future of Material Science in Civil Engineering 12. Digital Twins and Virtual Reality in Civil Engineering 97 12.1 Understanding Digital Twins 12.2 Virtual Reality in Design and Training 12.3 Integrating Digital Twins with IoT 12.4 Case Studies and Future Potential 13. Multidisciplinary Collaboration and Education in Civil Engineering 105 13.1 The Need for Multidisciplinary Approaches 13.2 Collaborative Projects and Innovation 13.3 Preparing Future Civil Engineers 13.4 Lifelong Learning and Professional Development 14. Research and Development in Civil Engineering 113 14.1 Identifying Research Opportunities 14.2 Methodologies for Interdisciplinary Research 14.3 Funding and Publishing 14.4 Ethical Considerations and Societal Impact 15. Future Trends and Emerging Technologies 119 15.1 Anticipating Future Developments 15.2 Impact of Emerging Technologies on Civil Engineering 15.3 Preparing for the Challenges Ahead 15.4 The Role of Civil Engineers in Shaping the Future Index 127