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Mechanical Measurements (6th Edition), by Thomas G. Beckwith, Roy D. Marangoni, John H. Lienhard V
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In the field of mechanical measurements, Mechanical Measurements continues to set the standard. With an emphasis on precision and clarity, the authors have consistently crafted a text that has helped thousands of students grasp the fundamentals of the field. Mechanical Measurements 6th edition gives students a methodical, well thought-out presentation that covers fundamental issues common to all areas of measurement in Part One, followed by individual chapters on applied areas of measurement in Part Two. This modular format fits several different course formats and accommodates a wide variety of skill levels.
- Sales Rank: #228019 in Books
- Published on: 2006-08-17
- Original language: English
- Number of items: 1
- Dimensions: 9.40" h x 1.80" w x 7.30" l, 2.75 pounds
- Binding: Hardcover
- 784 pages
From the Inside Flap
After more than 45 years, the basic purpose of this book can still be expressed by the following three paragraphs extracted from the Preface of the first edition of Mechanical Measurements, published in 1961.
Experimental development has become a very important aspect of mechanical design procedure. In years past the necessity for Â"ironing out the bugsÂ" was looked upon as an unfortunate turn of events, casting serious doubts on the abilities of a design staff. With the ever-increasing complexity and speed of machinery, a changed design philosophy has been forced on both the engineering profession and industrial management alike. An experimental development period is now looked upon, not as a problem to avoid, but as an integral phase of the whole design procedure. Evidence supporting this contention is provided by the continuing growth of research and development companies, subsidiaries, teams, and armed services R&D programs.
At the same time, it should not be construed that the experimental development (design) approach reduces the responsibilities attending the preliminary planning phases of a new device or process. In fact, knowledge gained through experimental programs continually strengthens and supports the theoretical phases of design.
Measurement and the correct interpretation thereof are necessary parts of any engineering research and development program. Naturally, the measurements must supply reliable information and their meanings must be correctly comprehended and interpreted. It is the primary purpose of this book to supply a basis for such measurements.
When Tom Beckwith introduced the first edition of this pioneer text in 1961, all sensors and recording equipment were of analog nature. From the first edition to the present sixth edition, we have seen a marked transition from analog measurement to digital measurement. During the time between the first edition and the fourth edition, Tom came to recognize and appreciate the change from analog techniques to digital techniques and this was reflected in the technical material in those editions. However, from the fourth edition to the present edition enormous changes in digital instrumentation have occurred.
In his wildest dreams, we doubt that Tom envisioned how the computer would change the area of mechanical measurements. The personal computer and software such as LabVIEW have revolutionized the measurement process. Instead of cabinet after cabinet of specialized signal conditioning equipment, students may now use a personal computer, with a dedicated interface and appropriate software, to drive array of sensors suitable for most measurements. Although Tom is no longer with us, we are sure that he looks down and smiles when he sees how that which he originally started has progressed.
The authors do not suggest that the sequence of materials as presented need be strictly adhered to. Wide flexibility of course contents should be possible, with text assignments tailored to fit a variety of basic requirements or intents. For example, the authors have found that, if desired, Chapters 1 and 2 can simply be made a reading assignment. Greater or lesser emphasis may be placed on certain chapters as the instructor wishes. Should a course consist of a lecture/recitation section plus a laboratory, available laboratory equipment may also dictate areas to be emphasized. Quite generally, as a text, the book can easily accommodate a two-semester sequence. ACKNOWLEDGMENTS Roy Marangoni thanks his wife, Lavonne, for her patience throughout several editions of this textbook. Roy also expresses his gratitude to his son, Gary, for sharing his expertise in the field of computer technology. John Lienhard would like to thank Lori Hyke and Suzanne Bunker for their assistance with various aspects of the manuscript. John also thanks his family, Theresa, Jasper, and Hannah, for their loving support over the years.
Roy D. Marangoni
John H. Lienhard V
From the Back Cover
This introductory text is intended for undergraduate students with no experience in measurement and instrumentation. The book is appropriate for lab courses found in most mechanical engineering departments and often in departments of engineering technology. Introduces mechanical qualities such as force, position, temperature, acceleration, and fluid flow.
Each self-contained chapter can be used in any order thus creating many options for the instructor. Mechanical Measurements may be used as a primary text for a measurement course or as a reference in the laboratory.
Excerpt. © Reprinted by permission. All rights reserved.
After more than 30 years, the basic purpose of this book can still be expressed by the following three paragraphs extracted from the Preface of the first edition of Mechanical Measurements, published in 1961.
Experimental development has become a very important aspect of mechanical design procedure. In years past the necessity for "ironing out the bugs" was looked upon as an unfortunate turn of events, casting serious doubts on the abilities of a design staff. With the ever-increasing complexity and speed of machinery, a changed design philosophy has been forced on both the engineering profession and industrial management alike. An experimental development period is now looked upon, not as a problem to avoid, but as an integral phase of the whole design procedure. Evidence supporting this contention is provided by the continuing growth of research and development companies, subsidiaries, teams, and armed services R & D programs.
At the same time, it should not be construed that the experimental development (design) approach reduces the responsibilities attending the preliminary planning phases of a new device or process. In fact, knowledge gained through experimental programs continually strengthens and supports the theoretical phases of design.
Measurement and the correct interpretation thereof are necessary parts of any engineering research and development program. Naturally, the measurements must supply reliable information and their meanings must be correctly comprehended and interpreted. It is the primary purpose of this book to supply a basis for such measurement.
With the fifth edition of Mechanical Measurements considerable changes and improvements have occurred. Foremost a new co-author, Dr. John H. Lienhard, has been added. In addition, more than half of the chapters in the book have been substantially revised. Some specific changes are as follows:
- The uncertainty material in Chapter 3 has been fully revised and follows the ASME standards.
- New material on discrete sampling and discrete Fourier transforms has been added in Chapter 4 and also in Chapter 8.
- New material on semiconductor sensors has been added in Chapter 6 and also in Chapter 16.
- The sections on filters and op-amps in Chapter 7 have been revised and updated.
- Laser-based velocity and displacement measurement has been introduced in Chapter 15 and also in Chapters 11 and 17.
- New material on sound intensity and noise measurement has been added in Chapter 18.
- Recent changes in measurement standards are incorporated in Chapter 2.
- The remainder of the material has been substantially updated, and approximately 40 percent of the problems have been replaced or revised.
The authors do not suggest that the sequence of materials as presented need be strictly adhered to. Wide flexibility of course contents should be possible, with text assignments tailored to fit a variety of basic requirements or intents. For example, the authors have found that, if desired, Chapters 1 and 2 can simply be made a reading assignment. Greater or lesser emphasis may be placed on certain chapters as the instructor wishes. Should a course consist of a lecture/recitation section plus a laboratory, available laboratory equipment may also dictate areas to be emphasized. Quite generally, as a text, the book can easily accommodate a two-semester sequence.
AcknowledgmentsThe authors would like to thank Senior Editor Eileen Bernadette Moran, Editorial Assistant Dana Goldberg, and the entire staff at Addison-Wesley for their energetic assistance in assembling the fifth edition. Roy Marangoni would like to express his gratitude to Dr. Joel E. Peterson for the material on digital counters and digital recording, which was adapted from his lecture and laboratory notes at the University of Pittsburgh.
John Lienhard would like to express his gratitude to Thomas Beckwith and Roy Marangoni for inviting his participation in this book--it is a great pleasure to work with you both. Making an adequate contribution to this already outstanding book has been an exceptional challenge. Thanks also go to my mentors in measurement: Millard F. Beatty, Charles W. Van Atta, Kenneth N. Helland, Jon Haugdahl, Frank A. McClintock, C. Forbes Dewey, and Ernest Rabinowicz. I would like to thank Lucille Blake for her help in preparing and handling the manuscript. Finally, I would like to thank David N. Wormley and the Department of Mechanical Engineering for supporting me in this undertaking, and I would like to acknowledge summer support from the Bernard M. Gordon Engineering Curriculum Development Fund.
Most helpful customer reviews
0 of 0 people found the following review helpful.
Five Stars
By Isaac
A lot of useful information
8 of 8 people found the following review helpful.
Worth Keeping
By An Engineer
This text provides a good, basic overview of methods for measuring several physical phenomena. The treatment of most of these is average. However, thermal measurement is given an improved, more thorough coverage. Personally, I have primarily used this text as a reference and guide for Chapter 3: Assessing and Presenting Experimental Data. I have found the sections on Error and, especially, Uncertainty to be very instructive and practical for use during college and post-graduation (as a mechanical engineer in research and development).
8 of 9 people found the following review helpful.
Try another measurements book.
By A Customer
This book was assigned to me as part of a college mechanical engineering course. This book was hard to follow and strayed from the course description. It contains aspects of electronics and mechanical design where the math problems are not fully explained and worked out and the machine descriptions are extremely brief. It is possible to get an education out this book, but a person would really have to strain. If you buy this book, I recommend that you get a generic study guide to accompany it.
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