Automation in Construction toward Resilience: Robotics, Smart Materials and Intelligent Systems (Resilience and Sustainability in Civil, Mechanical, Aerospace and Manufacturing Engineering Systems)

Cover
Half Title
Series Page
Title Page
Copyright Page
Contents
Preface
About the Editors
List of Contributors
Chapter 1: Autonomous Inspection and Construction of Civil Infrastructure Using Robots
Chapter 2: Robotics in 3D Concrete Printing: Current Progress & Challenges
Chapter 3: Reinforcement Learning-Based Robotic Motion Planning for Conducting Multiple Tasks in Virtual Construction Environments
Chapter 4: The Impact of Smart Materials on Structural Vibration Control
Chapter 5: Green Construction Workforce Training Using Virtual Reality
Chapter 6: Building Information Modeling (BIM) in Geotechnics and Infrastructures
Chapter 7: Building Information Modelling Implementation in the UK Construction Industry: A Commercial Perspective
Chapter 8: Towards Automated Quality Assurance: Generating Synthetic Images of Building Components for Vision-Based Semantic Segmentation
Chapter 9: Truss Bridge Construction Using Self-Propelled Modular Transporters Compared to Traditional Bridge Building Methods
Chapter 10: Bacteria-Based Self-Healing Concretes for Sustainable Structures
Chapter 11: Structural Health Monitoring as a Tool toward More Resilient Societies
Chapter 12: Toward More Seismic Resilient Construction via Risk-Based Application of Smart Vibration Control Systems
Chapter 13: Decision Systems to Support Cost-Benefit Analysis Toward Railway Infrastructures Sustainable Rehabilitation
Chapter 14: Adaptive System Supervising the Response Control for Smart Structures
Chapter 15: SiDMACIB: A Digital Tool for an Automated Structurally Informed Design of Interlocking Masonry Assemblages
Chapter 16: Parametric Study of Low-Rise Buildings Using a Smart Hybrid Rocking Structural System with Vertical Dampers
Chapter 17: Review of the Use of Waste Resources in Sustainable Concrete: Aggregate Types, Recycling Procedures, Fresh and Hardened Properties, Structural Characteristics, and Numerical Formulation
Chapter 18: Seismic Multi-Hazard Risk and Resilience Modeling of Networked Infrastructure Systems
Chapter 19: A Novel Design Method of Single TMD Exposed to Seismic Effects
Chapter 20: Intelligent Controller Optimizing Structural Performance and Control Devices
Chapter 21: Rapid Discrete Optimal Design of High-Damping Rubber Dampers for Elastic-Plastic Moment Frames under Critical Double Impulse
Chapter 22: Damage Detection in Reinforced Concrete Structures Using Advanced Automatic Systems: An Overview
Chapter 23: Efficient Representation of Random Fields for Training the Kriging Predictor in Adaptive Kriging Reliability Assessment of Civil Structures
Chapter 24: Intelligent Systems in Construction: Applications, Opportunities and Challenges in AR and VR
Chapter 25: Smart Control of Flutter of Suspension Bridges Using Optimized Passive Tuned Mass Damper
Chapter 26: A Chronological Review of Construction Progress Monitoring Using Various Sensors and Remote Sensing Techniques
Chapter 27: Review of Novel Seismic Energy Dissipating Techniques Toward Resilient Construction
Chapter 28: Application of Machine Learning in Design of Steel Plate Shear Walls
Chapter 29: Blast Mitigation of Irregular Buildings Equipped with Resilient Passive Control Systems
Index