AAICE-2022: Application of Artificial Intelligence to Civil Engineering for Sustainable Construction

Submission Closed: Call for Book Chapter: Application of Artificial Intelligence to Civil Engineering For Sustainable Construction 

Aim & Scope of Book

Artificial intelligence tries to develop computer components that study and mimic human cognitive processes in real life. Artificial intelligence has found a wide range of applications in recent years for a variety of small and large-scale civil engineering difficulties, including design optimization, parameter estimation and identification, and damage detection. The significant development in artificial intelligence studies indicates that artificial intelligence will be employed more in Civil Engineering in the years to come. This book covers almost all the branches of Civil Engineering as well as related disciplines such as Computer Science & Engineering, Artificial Intelligence, and many more.

Submission Guidelines

All manuscripts must be original and not simultaneously submitted to another Journal or Conference. The manuscript abstract should be limited to approximately 100-150 words with a list of approximately 5-10 keywords. The final manuscript should not have a similarity index of more than 10%. 

List of Topics

The tentative list of the book chapters is given below (but not limited to):

• Application of AI, ML & DL in civil engineering
• ML in sustainable composite building materials to reduce carbon emission
• AI to make the construction materials more sustainable with zero wastage
• Optimization of hardened properties of concrete with computational intelligence
• AI-based structural health monitoring
• Applications of advanced ML algorithms in structural analysis
• Reliability of non-destructive testing with machine learning
• Remaining life prediction of damaged structures with ML
• Importance of artificial intelligence in the repair and rehabilitation industry
• Prediction of flexural strength of RC beams strengthened with composite materials
• Study of the bond strength between FRP and FRCM with concrete substrate
• Forecasting the axial capacity of strengthened reinforced concrete columns
• Analyse the shear behaviour of FRP & FRCM strengthened RC beams with AI
• Sustainable building models to optimize the temperature and airflow in buildings
• Case studies on civil engineering for effective material utilization to reduce environmental issues

Editors

• Dr. Moncef L. Nehdi, Department of Civil Engineering, McMaster University, Canada
• Dr. Harish Chandra Arora, Department of Structural Engineering, CSIR-Central Building Research Institute, Roorkee, India
• Er. Krishna Kumar, Research and Development Unit, UJVN Ltd., Uttarakhand, India
• Dr. Robertas Damaševičius, Department of Applied Mathematics, SilesianUniversity of Technology, Poland
• Er. Aman Kumar, Department of Structural Engineering, CSIR-Central BuildingResearch Institute, Roorkee, India

Publication

All the chapters of this book will be published by Elsevier Ltd., with offices at The Boulevard, Langford Lane, Kidlington, Oxford, OX5 1GB, UK.

Contact

All questions about submissions should be emailed to aaice2022@gmail.com