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 | | Tribology and Mechanics of Magnetic Storage Devices by Bharat Bhushan ISBN-10: 9780387946276 ISBN-10: 0-387-94627-6 ISBN-13: 9780387946276 ISBN-13: 978-0-387-94627-6 Hardcover 1996-01-15 Springer Find Lowest Price |
Editorials | ||
Product Description The increasing demand for high-density highly reliable magnetic recording requires a fundamental understanding of the tribology and mechanics of the interface between the magnetic head and the recording medium. This book offers a systematic compilation of current knowledge of tribology and mechanics as applied to magnetic storage devices. It treats all important practical aspects, including surface roughness, friction, interface temperatures, wear, lubrication, lubricants, and surface finishing. It incorporates ample experimental data and relevant properties of materials and surfaces, making the book invaluable for engineers and scientists working in the field. Intended for practicing engineers who need to solve reliability or tribology problems quickly, the book will also be useful for research workers, academic engineers, and graduate students in tribology and mechanics. Most of the theoretical results presented are broadly applicable in many areas of mechanical engineering. A chapter on microtribology of magnetic storage devices has been added in this second edition of the book. | ||
Reviews | ||
amazing mechanical constraints It is perhaps a little surprising that this book was ever written. Bhushan deals with the nitty gritty practicalities of making a disk drive, circa 1996. You might reasonably expect that most of the book's details have deliberately been kept proprietary by the disk manufacturers. But by whatever means, the book was published. You get a wealth of details that might take an R&D group years to learn on their own. Keep in mind that the emphasis here is on the mechanics. So don't expect a discussion of IBM's usage of the Giant Magnetoresistive effect, for example. The book should make you appreciate the incredible mechanical constraints under which disks operate. They can spin for years, with the heads not crashing into them, but separated by mere microns. Truly amazing manufacture. | ||