This chapter is devoted to ‘‘fundamental’’ fundamentals—certain principles which lay the foundation for what is to come. Starting with the original author’s suggested thought process for analyzing typical problems, the reader is then exposed to a buzzword of our time: value engineering. Next follows a discussion of codes and regulations, political criteria which constrain potential design solutions to the bounds of public health and welfare, and sometimes to special interest group sponsored legislation.
The final sections of the chapter offer a brief review of the basic physics of heating, ventilating, and air conditioning (HVAC) design in discussions of fluid mechanics, thermodynamics, heat transfer, and psychrometrics.
Numerous classroom and design office experiences remind us of the value of continuous awareness of the physics of HVAC processes in the conduct of design work.
Contents
HVAC Engineering Fundamentals
Design Procedures: Part 1 Load Calculations
Design Procedures: Part 2
Design Procedures: Part 3 Air-Handling Systems
Design Procedures: Part 4 Fluid-Handling Systems
Design Procedures: Part 5 Central Plants
Design Procedures: Part 6 Automatic Controls
Equipment: Part 1 Cooling
Equipment: Part 2 Heating
Equipment: Part 3 Air-Handling Systems
Electrical Features of HVAC Systems
Design Documentation: Drawings and Specifications
After Design: Through Construction to Operation
Technical Report Writing
Engineering Fundamentals: Part 1 Fluid Mechanics
Engineering Fundamentals: Part 2 Thermodynamics
Engineering Fundamentals: Part 3 Heat Transfer
Engineering Fundamentals: Part 4 Psychrometrics
Engineering Fundamentals: Part 5 Sound and Vibration
Indoor Air Quality
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