Master the science of heating and ventilating with practical charts and clear explanations.
This edition lays out how to size, balance, and distribute steam and air in buildings using real-world rules, charts, and examples. Learn to anticipate pressure losses, equalize flow, and design systems that perform reliably under varying conditions.
From low‑pressure steam distribution to gravity ventilation, this book translates complex fluid dynamics into actionable steps. It explains how to read and apply charts, assess piping layouts, and account for heat losses and air movement in practical projects. The text emphasizes the relationship between pressure, velocity, and delivery, with guidance on central versus individual regulation and how to avoid common distribution problems.
- How to use charts for steam and air flow to determine velocities, pressures, and heat transmission.
- Techniques for equalizing losses across mains, branches, and returns under different piping methods.
- Practical distinctions between wet, dry, and open return systems, including design considerations and corrections.
- Real-world examples and diagrams that illustrate calculation steps and decision points.
Ideal for engineers, designers, and students working on heating and ventilating systems in buildings, this edition helps you predict performance and apply methodical, well‑grounded approaches to complex problems.