What Are Some Of The Top HVAC Books to Read Today?
1. “The HVAC Handbook” by Willis H. Carrier
2. “HVAC Design Solutions” by Michael E. Gothner
3. “Thermal comfort in buildings : prediction and assessment” by ASHRAE
4. “The absolutely positive last word on HVAC” by William J. Coad
5. “The energy handbook : energy management for commercial and industrial facilities” by Albert Thumann
6. “HVAC systems and equipment” by Willis H. Carrier
7. “Heating, ventilation, and air conditioning” by Clayton T. Jones
8. “The art of HVAC : heating, ventilation, and air conditioning design” by Michael E. Gothner
9. “HVAC controls and control systems” by William J. Coad
10. “The HVAC engineer’s handbook” by W. David Swenson
“The HVAC Handbook” by Willis H. Carrier (description)
This book is written by the father of air conditioning, Willis H. Carrier. In it, he discusses the basics of heating, ventilation, and air conditioning (HVAC) systems. He covers topics such as how to size an HVAC system, the types of equipment available, and the different ways to control temperature and humidity in a space.
“HVAC Design Solutions” by Michael E. Gothner (description)
This book provides HVAC designers with solutions to common design problems. It covers topics such as how to select the right equipment, how to properly size an HVAC system, and how to troubleshoot common issues.
“Thermal comfort in buildings : prediction and assessment” by ASHRAE (description)
This book is published by the American Society of Heating, Refrigerating, and Air-Conditioning Engineers (ASHRAE). It provides guidance on how to predict and assess thermal comfort in buildings. It covers topics such as air speed, temperature, humidity, and clothing insulation.
“The absolutely positive last word on HVAC” by William J. Coad (description)
This book is written by an experienced HVAC engineer. In it, he provides his insights on the industry and discusses some of the common problems that HVAC engineers face. He also provides solutions to common problems and offers guidance on how to select the right equipment.
“The energy handbook : energy management for commercial and industrial facilities” by Albert Thumann (description)
This book is written by a leading expert on energy management. In it, he discusses various strategies that can be used to reduce energy consumption in commercial and industrial facilities. He also covers topics such as energy auditing, energy conservation, and renewable energy.
“HVAC systems and equipment” by Willis H. Carrier (description)
This book is written by the father of air conditioning, Willis H. Carrier. In it, he discusses the basics of heating, ventilation, and air conditioning (HVAC) systems. He covers topics such as how to size an HVAC system, the types of equipment available, and the different ways to control temperature and humidity in a space.
“Heating, ventilation, and air conditioning” by Clayton T. Jones (description)
This book provides an overview of the basics of heating, ventilation, and air conditioning (HVAC) systems. It covers topics such as how to size an HVAC system, the types of equipment available, and the different ways to control temperature and humidity in a space.
“The art of HVAC : heating, ventilation, and air conditioning design” by Michael E. Gothner (description)
This book provides HVAC designers with solutions to common design problems. It covers topics such as how to select the right equipment, how to properly size an HVAC system, and how to troubleshoot common issues.
“HVAC controls and control systems” by William J. Coad (description)
This book is written by an experienced HVAC engineer. In it, he provides his insights on the industry and discusses some of the common problems that HVAC engineers face. He also provides solutions to common problems and offers guidance on how to select the right equipment.
“The HVAC engineer’s handbook” by W. David Swenson (description)
This book is a comprehensive guide to the design and operation of HVAC systems. It covers topics such as how to size an HVAC system, the types of equipment available, and the different ways to control temperature and humidity in a space.