Engine Testing Theory and Practice (3rd Edition)




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Description
The preface of this book is probably the least read section of all; however, it is the only part in which I can pay tribute to my friend and co-author of the first two editions, Dr Michael Plint, who died suddenly in November 1998, only four days after the publication of the second edition.

All the work done by Michael in the previous editions has stood up to the scrutiny of our readers and my own subsequent experience. In this edition, I have attempted to bring our work up to date by revising the content to cover the changing legislation, techniques and some of the new tools of our industry. In a new Chapter 1, I have also sought to suggest some good practices, based on my own 40 years of experience, aimed at minimizing the problems of project organization that are faced by all parties involved in the specification, modification, building and commissioning of engine test laboratories.

The product of an engine test facility is data and byproduct is the experience gained by the staff and hopefully retained by the company. These data have to be relevant to the experiments being run, and every component of the test facility has to play its part, within an integrated whole, in ensuring that the test data are as valid and uncorrupted as possible, within the sensible limits of the facility’s role. It was our intention when producing the first edition to create an eclectic source of information that would assist any engineer faced with the many design and operational problems of both engine testing and engine test facilities. In the intervening years, the problems have become more difficult as the nature of the engine control has changed significantly, while the time and legislative pressures have increased. However, it is the laws of physics that rule supreme in our world and they can continue to cause problems in areas outside the specialization of many individual readers. I hope that this third edition helps the readers involved in some aspect of engine testing to gain a holistic view of the whole interactive package that makes up a test facility and to avoid, or solve, some of the problems that they may meet in our industry.

Content:-
Preface
Acknowledgements
Introduction
Units and conversion factors
1 Test facility specification, system integration and project organization
2 The test cell as a thermodynamic system
3 Vibration and noise
4 Test cell and control room design: an overall view
5 Ventilation and air conditioning
6 Test cell cooling water and exhaust gas systems
7 Fuel and oil storage, supply and treatment
8 Dynamometers and the measurement of torque
9 Coupling the engine to the dynamometer
10 Electrical design considerations
11 Test cell control and data acquisition
12 Measurement of fuel, combustion air and oil consumption
13 Thermal efficiency, measurement of heat and mechanical losses
14 The combustion process and combustion analysis
15 The test department organization, health and safety management, risk assessment correlation of results and design of experiments
16 Exhaust emissions
17 Tribology, fuel and lubrication testing
18 Chassis or rolling road dynamometers
19 Data collection, handling, post-test processing, engine calibration and mapping
20 The pursuit and definition of accuracy: statistical analysis of test results
Index
Author Details
"A.J. Martyr"

"M.A. Plint"




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