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Handbook of Ventilation Technology for the Built Environment- Product Image
Handbook of Ventilation Technology for the Built Environment- Product Image

Handbook of Ventilation Technology for the Built Environment

  • ID: 5359541
  • Book
  • December 2021
  • IET Books

The general purpose of ventilation in buildings is to provide healthy air for breathing by both diluting the pollutants originating in the building and removing the pollutants from it. Building ventilation plays a strong role for the good health, comfort, security and productivity of inhabitants, workers and visitors. Many new challenges with energy and pollution implications have arisen, including the identification and control of contaminant sources, fast building design requirements, online demand, sustainability and climate change adaptation.

This comprehensive research reference covers state of the art research starting with ventilation systems including duct network and fluid machinery, air cleaning technologies, air distribution in mechanical ventilation systems, air distribution in natural ventilation system, and heating and cooling systems. The authors then present innovating methods for the design, control and testing including system design, numerical methods, fast predictions methods, testing methods and maintenance. The book concludes with applications in industrial buildings, high-rise buildings and urban areas.

Handbook of Ventilation Technology for the Built Environment is a complete guide to the field, providing invaluable information for scientists, researchers and engineers from academia and industry who are looking to broaden or update their knowledge. It is also a useful resource for policy makers, facility managers, regulators and standards bodies in the field.

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- Chapter 1: Introduction
- Chapter 2: Ventilation definition and requirements
- Chapter 3: Ventilation systems
- Chapter 4: Ventilation system: Duct Network and Fluid Machinery
- Chapter 5: Ventilation system: Air filtration technologies
- Chapter 6: Air distribution in mechanical ventilation system
- Chapter 7: Air Ventilation system: Air distribution in a natural ventilation system
- Chapter 8: Ventilation systems and heating and cooling
- Chapter 9: Natural ventilation system design: predictive methods
- Chapter 10: Ventilation system design: numerical method
- Chapter 11: Ventilation System Design: Fast Prediction
- Chapter 12: HVAC online monitoring and control strategy
- Chapter 13: Ventilation and Health
- Chapter 14: Ventilation in industry buildings
- Chapter 15: Ventilation and fire safety for high-rise buildings
- Chapter 16: Urban ventilation and design
- Chapter 17: Conclusion and Future Perspectives
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Shi-Jie Cao Full Professor.
Southeast University, China.

Shi-Jie Cao is a full professor at Southeast University, China; visiting professor at University of Surrey; and the President of International Society of Built Environment (ISBE). Dr Cao's research interests are sustainable built environment design; building ventilation and air pollution control. He is now serving as the deputy editor of Indoor and Built Environment, editorial board member of Sustainable Cities and Society, Safety Science and Buildings.

Zhuangbo Feng Associate Professor.
Southeast University, School of Architecture, China.

Zhunagho Feng is an associate professor of School of Architecture, Southeast University. His research areas cover building environment and air quality in hot and humid areas, air purification, indoor air cleaning technology, ventilation. Dr. Feng is now serving as assistant editor of Indoor and Build Environment, and guest editor of Sustainable Cities and Society.

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