Turn HVAC theory into buildings that actually perform.
Every HVAC design begins with a simple demand and a hard reality: keep indoor air comfortable, healthy, and efficient while the weather outside swings by tens of degrees — and an equation you cannot run on real numbers is one you do not truly own.
Thermodynamics, fluid mechanics, heat transfer, controls, human comfort, and building codes all press on a single design decision at once, usually while a schedule runs. Many references stop at tidy theory or hand over rules of thumb without the reasoning, leaving engineers to bridge the gap between the classroom and a commissioned building alone.
This handbook closes that gap. It develops every method from first principles and carries it through complete, unit-tracked calculations — from the physics of a single air process to a fully commissioned, maintainable system — so you can execute the work, not just recognize it.
Inside, you will:
Build integrated fluency that links comfort targets, load calculations, equipment selection, and control logic instead of treating them as separate subjects.
Analyze refrigeration cycles, chilled-water plants, and heat-pump systems, and read the performance numbers that separate an efficient design from a wasteful one.
Design and sequence controls, then quantify energy use, life-cycle cost, and efficiency savings in defensible terms.
Carry a design through ventilation, commissioning, testing and balancing, and troubleshooting — where real buildings succeed or fail.
Key topics: thermal comfort and psychrometrics; envelope heat transfer and heating and cooling load calculations; refrigeration cycles, refrigerants, and the low-GWP refrigerant transition; duct design, fans, and pumps; boilers, hydronics, and radiant heating; chilled-water plants and cooling towers; ventilation, filtration, and indoor air quality; air-handling units and terminal equipment; controls and building automation; energy efficiency and life-cycle cost; heat pumps and emerging low-carbon technologies; and whole-system design integration, commissioning, and maintenance — supported by extensive reference appendices and a complete building design example.
Who it is for: practicing mechanical and building-services engineers, engineers moving into HVAC from adjacent fields, and advanced engineering students who have completed introductory thermodynamics and fluid mechanics. Read in sequence it works as a course; consulted by chapter, it serves as a dependable working reference.
Open the handbook and start building the integrated, calculation-ready understanding that turns HVAC theory into buildings that perform.
