Understand how gases move and how we measure them.
This practical guide explains flow in pipes, the performance of meters for air and gas, and how pneumatic tube systems work. Written for engineers, it connects theory with real‑world testing and equipment design.
This edition surveys the key factors that influence flow, including friction, pressure losses, and the effects of different measurement methods. It brings together formulae, graphs, and practical advice to help you select and calibrate meters, interpret results, and compare methods across English and metric units.
- Clear coverage of pipe flow, fittings, and the role of friction in gas systems
- Methods and accuracy considerations for pitot tubes, orifice meters, Venturi meters, and hot‑wire devices
- Practical discussion of pneumatic tubes, their transit times, and energy use
- Conversion factors and symbols to help move between unit systems
Ideal for engineers and technicians working with air and gas flow, meters, and pneumatic tube networks, who want a solid, test‑based grounding and reference material for everyday projects.Flow and Measurement of Air and Gases offers applied guidance on predicting and measuring flow, with a focus on what actually happens in practice rather than theory alone. It is a useful reference when you need reliable methods and an understanding of how different devices perform under real conditions.
A. B. Eason