Transient Temperatures in Engineering and Science
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Product details:
- Publisher OUP Oxford
- Date of Publication 1 August 1996
- Number of Volumes laminated boards
- ISBN 9780198562603
- Binding Hardback
- No. of pages600 pages
- Size 241x161x37 mm
- Weight 1176 g
- Language English
- Illustrations halftones, numerous line figures, tables 0
Categories
Short description:
The experimental techniques that are available for the measurement of transient and steady temperatures and heat flows are described in this book. Various numerical methods for the analysis of these results are also described. The emphasis is on practical experimental techniques and applications.
MoreLong description:
This book gives a comprehensive account of the principles and practical methods applicable to transient temperature measurements in engineering and science. Transient temperatures are taken to be in the range from about 200K to 6000K and with timescales from tenths of nanoseconds to tens of seconds. Within these limits is a very large field of combustion and gas dynamics and these are the principle areas which are addressed. Several new experimental and theoretical techniques are introduced and various modes of thermal failure are described.
The chapters move from undergraduate material to the latest methods and are designed to be of use to the widest possible range of engineers, scientists, and students working in universities or in chemical or mechanical engineering. Many applications are described.
`The book successfully blends basic scientific concepts and engineering applications. The fundamentals are very clearly described at a level appropriate to final-year undergraduates, while the details and case studies will be of value to scientists and engineers wishing to measure thermal transients.' Measurement Science and Technology
Table of Contents:
Temperature
Heat transfer by conduction
Radiation and radiation transport
Electrical methods
Optical methods
Abel-inversion and computer tomography
Laser-based methods
High-pressure combustion in engines
Very high pressure environments
Thermal properties and thermal failure
Index
