Intelligent Construction
Smart Design, Smart Construction and Smart Operations
- 1st Edition - May 1, 2027
- Latest edition
- Editor: Ding Lieyun
- Language: English
Intelligent Construction: Smart Design, Smart Construction and Smart Operations provides a framework for understanding intelligent construction and how it can inform and improv… Read more
Description
Description
Intelligent Construction: Smart Design, Smart Construction and Smart Operations provides a framework for understanding intelligent construction and how it can inform and improve performance and productivity in the industry, featuring invaluable real-world case studies and digital resources. The book presents a clear definition, theoretical foundation and systematic framework for intelligent construction, helping readers understand its role in informing and transforming the industry. The book describes and evaluates key cutting edge technologies such as AI-driven design, smart factories, construction robotics, 3D printing and digital twins, offering readers practical insights into how these innovations optimize efficiency, quality, sustainability and overall business benefits.
Key features
Key features
- Intelligent Construction: Smart Design, Smart Construction and Smart Operations provides a comprehensive framework for understanding intelligent construction with clear definitions, theoretical foundation and practical application
- Describes and evaluates cutting edge smart construction technologies and applications, offering practical insights into how these innovations optimize efficiency, quality, and sustainability
- Includes real world case studies and industry practices, bridging the gap between theory and implementation
- Takes a multidisciplinary approach encompassing data-driven decision-making, robotics operation and AI-modelling helps equip readers with skills to meet future industry demands, transforming the construction sector
Readership
Readership
Senior undergraduates, postgraduates, academics and researchers in intelligent construction and the associated fields of architecture, civil engineering and construction management
Table of contents
Table of contents
1. Concept and Framework of Intelligent Construction
1.1. Technological Revolution Provides New Opportunities for the Construction Industry
1.2. Concept and Connotation of Intelligent Construction
1.3. Framework of Intelligent Construction
1.4. Intelligent Technologies Reshaping the Future of Construction
2. Key Technologies in Intelligent Construction
2.1. Digital Twins in Engineering Construction
2.2. Engineering IoT and Intelligent Sensing
2.3. Engineering Big Data and Intelligent Decision-Making
3. Intelligent Architectural Design
3.1. Overview
3.2. Digital Design and Intelligent Design Theory for Architecture
3.3. Digital Design and Intelligent Design Methods for Architecture
4. Intelligent Structural Design
4.1. Overview
4.2. Intelligent Structural Design vs. Intelligent Architectural Design
4.3. Methods for Intelligent Structural Design
4.4. Practices in Intelligent Structural Design
5. Smart Factory
5.1. New Construction Industrialization and Smart Factories
5.2. Types and Functional Modules of Smart Factories
5.3. Components of Smart Factories
5.4. Supporting Technologies for Smart Production
6. Smart Construction Site
6.1. Overview
6.2. Key Technologies for Smart Construction Sites
6.3. Virtual Construction
6.4. Intelligent Construction Operations
6.5. Intelligent Construction Management
6.6. Application Cases
7. Intelligent Logistics
7.1. Overview
7.2. Key Processes in Engineering Logistics
7.3. Intelligent Engineering Logistics
7.4. ERP-Based Intelligent Engineering Logistics System
7.5. Typical Application Cases
8. Construction Robots and 3D Printing in Construction
8.1. Principles and Workflow of Construction Robots
8.2. Common Software Technologies for Construction Robots
8.3. Common Hardware Technologies for Construction Robots
8.4. Construction Techniques Using Robots
8.5. Industrialization of Construction Robots
9. Smart Operation and Maintenance Services
9.1. Definition and Connotation of Smart Operation and Maintenance
9.2. Technical Framework for Smart Operation and Maintenance
9.3. Structural Safety Monitoring and Operations
9.4. Energy and Environmental Management
9.5. Digital Security and Emergency Management
9.6. Typical Application Scenarios
10. Construction Industry Internet
10.1. Industrial Internet
10.2. Architectural Framework of the Construction Industry Internet
10.3. Governance of Construction Industry Internet Platforms
10.4. Applications of Construction Industry Internet Platforms
1.1. Technological Revolution Provides New Opportunities for the Construction Industry
1.2. Concept and Connotation of Intelligent Construction
1.3. Framework of Intelligent Construction
1.4. Intelligent Technologies Reshaping the Future of Construction
2. Key Technologies in Intelligent Construction
2.1. Digital Twins in Engineering Construction
2.2. Engineering IoT and Intelligent Sensing
2.3. Engineering Big Data and Intelligent Decision-Making
3. Intelligent Architectural Design
3.1. Overview
3.2. Digital Design and Intelligent Design Theory for Architecture
3.3. Digital Design and Intelligent Design Methods for Architecture
4. Intelligent Structural Design
4.1. Overview
4.2. Intelligent Structural Design vs. Intelligent Architectural Design
4.3. Methods for Intelligent Structural Design
4.4. Practices in Intelligent Structural Design
5. Smart Factory
5.1. New Construction Industrialization and Smart Factories
5.2. Types and Functional Modules of Smart Factories
5.3. Components of Smart Factories
5.4. Supporting Technologies for Smart Production
6. Smart Construction Site
6.1. Overview
6.2. Key Technologies for Smart Construction Sites
6.3. Virtual Construction
6.4. Intelligent Construction Operations
6.5. Intelligent Construction Management
6.6. Application Cases
7. Intelligent Logistics
7.1. Overview
7.2. Key Processes in Engineering Logistics
7.3. Intelligent Engineering Logistics
7.4. ERP-Based Intelligent Engineering Logistics System
7.5. Typical Application Cases
8. Construction Robots and 3D Printing in Construction
8.1. Principles and Workflow of Construction Robots
8.2. Common Software Technologies for Construction Robots
8.3. Common Hardware Technologies for Construction Robots
8.4. Construction Techniques Using Robots
8.5. Industrialization of Construction Robots
9. Smart Operation and Maintenance Services
9.1. Definition and Connotation of Smart Operation and Maintenance
9.2. Technical Framework for Smart Operation and Maintenance
9.3. Structural Safety Monitoring and Operations
9.4. Energy and Environmental Management
9.5. Digital Security and Emergency Management
9.6. Typical Application Scenarios
10. Construction Industry Internet
10.1. Industrial Internet
10.2. Architectural Framework of the Construction Industry Internet
10.3. Governance of Construction Industry Internet Platforms
10.4. Applications of Construction Industry Internet Platforms
Product details
Product details
- Edition: 1
- Latest edition
- Published: May 1, 2027
- Language: English
About the editor
About the editor
DL
Ding Lieyun
Professor Ding Lieyun, based at the Huazhong University of Science and Technology, is a member of the Chinese Academy of Engineering. He is one of China’s leading experts in civil engineering and construction management. He has long been engaged in research on digital construction theories and technologies. Professor Ding Lieyun proposed the "energy-coupling" theory for engineering safety risks, established the "identification-warning-control" technical system for subway engineering safety risks, developed key technologies for the integrated construction of digital rail transit projects, and constructed lean quality control models, standards, and platforms for engineering projects. Professor Ding Lieyun has been awarded two National Science and Technology Progress Awards
Affiliations and expertise
Professor, Chinese Academy of Engineering, Huazhong University of Science and Technology, China