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Internal Flow Systems (Second Edition)

 

A comprehensive and easy to use guide to the design and analyse of fluid flow systems and components. Adopted as the de facto standard for flow system design by companies in the automotive, aerospace, marine, power, oil and gas, water and other industries.

 

Internal Flow Systems by D. S. Miller

Pressure loss coefficients for wide range of components are accompanied by information on flow system design, friction losses, compressible flow and cavitation. Loss coefficients and calculation procedures are classified as to their accuracy and suitability. Information on flow behaviour enables users to estimate pressure losses in none standard flow geometries and to design for flow conditions into critical components.

Fluid flow systems account for an estimated third of the total world electrical energy production. Additionally many systems are directly driven, such as engine lubrication and fuel injection systems, whilst large gas compressor stations typically have diesel or gas turbine drives. This book is the best source of data and information to minimise energy use whilst maximising operating flexibility and achieving high reliability and safety of flow systems.

Web Site

This site provides supplementary information, clarification and updates to the book. It also provides information on specialist aspects of internal flows, such as fluid flow transients in piping systems.

© D. S. Miller (See Permission to Use)

Site under development - last updated 6 December 2011