Measurement systems: Applications and Design byErnest O. Doebelin. by: Ernest O. Doebelin. Publication date DOWNLOAD OPTIONS. Trove: Find and get Australian resources. Books, images, historic newspapers, maps, archives and more. Download as Microsoft Word · Download as PDF · Download Measurement systems: application and design / Ernest O. Doebelin Download as Postscript.
|Language:||English, Japanese, German|
|Genre:||Children & Youth|
|ePub File Size:||23.84 MB|
|PDF File Size:||14.69 MB|
|Distribution:||Free* [*Register to download]|
Get this from a library! Measurement systems application and design. [Ernest O Doebelin]. MEASUREMENT. SYSTEMS. Application and Design. Fourth Edition. Ernest O. Doebelin. Department of Mechanical Engineering. The Ohio State University. Author: Doebelin, Ernest O. Download as Microsoft Word Download Measurement systems: application and design / Ernest O. Download as.
The use of the Global Positioning System in measurement applications has been added. Detailed strength-of-materials analysis of a load cell, augmented with a finite- element study and experimental verification, is included. Addition of particle-image-velocimetry PIV for fluid flow analysis is covered. The treatment of orifice flowmetering for compressible flow has been revised.
Flow measurement with turbine flowmeters has been updated and revised. A conceptual error in the basic thermocouple principle has been corrected. Thermal radiation detectors are covered in more detail, and uncooled microbolometer imaging systems have been added. The material on heat flux sensors has been updated.
The design example on analog electrical differentiation has been thoroughly revised. Galvanometers used in optical oscillographs has been eliminated, but the use of galvanometers in motion-control systems, such as laser scanners, has been added.
The radio telemetry section has been thoroughly revised, and more current wireless technologies, such as Bluetooth, have been added. A new section on instrument connectivity has been added.
The concept of virtual instruments is now included. A section on electrical current and power measurement has been added.
qxd 4/14/2003 10:16 AM Page i
A final comment on changes must be made on the subject of solutions manuals. This is my eleventh engineering textbook, and for the first ten, I consistently declined to produce a solutions manual. I will not here burden you with these but have always been happy to discuss them with anyone who would listen. My various publishers have always explained, and I agreed, that the lack of a solutions manual will surely lose some adoptions.
For the present book, the publisher made clear that this time there would be a solutions manual, whether I, or someone else, did it. Faced with this situation, I decided that if there was to be a solutions manual, I wanted it to be a good one and thus determined to do it myself. I hope it will be found useful, but since it is my first endeavor along these lines, I will welcome any comments or criticisms. These include an easily understandable and practically useful introduction to statistical viewpoints and methods, the role of experimentation in design and development, and guidance for written and oral communication.
Later in the curriculum, we often find labs tied to some theory course or stand-alone labs that come after certain theory courses have been completed. When a lab is focused on a specific area such as, say, vibration, Measurement Systems can supply the needed background on the pertinent sensors, signal conditioning, and data- acquisition and -processing software.
Measuremnt Systems Application And Design
Such use, of course, only employs a fraction of the material available in the text, so the expense becomes an issue. There may or may not exist a suitable measurement text devoted only to vibration, but this book will likely be just as expensive. If a curriculum has a number of such specialty labs, Measurement Systems will likely have the material needed in all of them.
In such a case, one would hope that textbook requirements would be coordinated so that students would download only one text for use in all these labs.
At Ohio State, we have traditionally had two such required senior courses, one focused on design and another devoted to experimental meth- ods. These projects are often suggested by industrial sponsors who interact with the students and instructors to provide an experience more typical of actual engineering practice. These sponsors provide some equipment or apparatus, and lend some financial support. This version does, of course, not allow its use with actual sensors, but one of the useful features of all DASYLAB versions is a simulation mode of operation, where one can easily and quickly build the entire software portion of the data-acquisition system and try it out with simulated sensor signals of any desired kind.
In Chapter 13, I have tried to make this initial experience even quicker, easier, and more illuminating for the reader. Each rheometer sold then includes this same software; thus, the programming cost time and money is amortized over many instruments.
When one is using the same LABVIEW software over and over, one can justify a long learning curve, and since it is used daily, we do not forget how to use it.
Of course, as is usual with any class of software, this versatility comes at the price of complexity. I hope you will at least try it to reach your own judgment.
PDF download - PDF publishing - PDF documents platform.
Also, I have taken pains to develop a very comprehensive index, so try that when looking for a specific item. For users of previous editions, it might be useful to here mention some of the more significant changes such as Chapter 13 just discussed found in the new edition.
Chapter 14 also is new; there, I decided to focus on a particular industry and show how measurement systems apply. These depend heavily on micro- and nanotechnology, which use: Scanning probe microscopes Partial-pressure analyzers for vacuum systems Micromotion measurement and control Contaminant particle measurement systems and clean rooms Magnetic-levitation conveyers to manufacture microcircuits and microscale sensors and actuators.
Each of these listed topic areas is examined in some detail, and the contributions of measurement technology identified. The more significant changes include: 1.
Refine your editions:
Footnotes on reference material and hardware manufacturers have been augmented with Internet addresses. The relation between calibration accuracy and installed accuracy is explained.
The use of overlap graphs to decide whether an experiment verifies or contradicts a theory is explained. The effect of measurement-system errors on quality-control decisions is covered. Multiple regression in computer-aided calibration and measurement is covered. The concept of a noise floor caused by intrinsic random fluctuations in all physical variables is discussed.
Classical frequency response graphs of amplitude ratio and phase angle are augmented with time-delay graphs, which makes judgment of accurate frequency range much easier. Magnetoresistance and Hall effect motion sensors are discussed. The treatment of capacitance motion sensors has been expanded. The use of motion-control systems for positioning sensors or other components has been added.
The use of high-speed film and video cameras for motion study has been expanded. The use of the Global Positioning System in measurement applications has been added.
Detailed strength-of-materials analysis of a load cell, augmented with a finite- element study and experimental verification, is included. Addition of particle-image-velocimetry PIV for fluid flow analysis is covered. The treatment of orifice flowmetering for compressible flow has been revised.
Flow measurement with turbine flowmeters has been updated and revised. A conceptual error in the basic thermocouple principle has been corrected. Thermal radiation detectors are covered in more detail, and uncooled microbolometer imaging systems have been added. The material on heat flux sensors has been updated. Cover of: Measurement Systems Application and Design.
Measurement Systems Application and Design. Goodreads helps you keep track of books you want to read.
Want to Read saving…. Want to Read Currently Reading Read. Measurement Systems: Other editions. Error rating book.
DOEBELIN MEASUREMENT SYSTEMS EBOOK FREE DOWNLOAD
To see what your friends thought of this book, please sign up. To ask other readers questions about Measurement Systems , please sign up. Lists with This Book. This book is not yet featured on Listopia.
Community Reviews.Chapter 14 also is new; there, I decided to focus on a particular industry and show how measurement systems apply. Requiring two textbooks 2 E. Chapter 14 also is new; there, I decided to focus on a particular industry and show how measurement systems apply. They will be found under the dogs blanket in the crate- that I just put there 10 minutes ago after the keys have been missing for days, in the dryer that I stared 45 minutes ago, the dog treats suddenly on the stove when I come home, etc.
Footnotes on reference material and hardware manufacturers have been augmented with Internet addresses.