Precision Spindle Metrology, Second Edition Review

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Precision Spindle Metrology, Second Edition ReviewI received this book as a gift for my 42nd birthday. I still remember coming up the stairs to see what mom had made for breakfast, and there it was, howling at me beside my Jimmy Dean breakfast sandwich and my Jimmy Beam breakfast drink. I'd never seen such majesty before, beckoning at me and sending ripples across my stomach and into my nipples. My other Spindle Metrology books don't stand up to the sheer majesty of the illustrations in this book. You may need another set of nails to bite on after your own are depleted to nothing but stubby, crippled nubs. Eric Marsh keeps you guessing until the very end and wanting more.
I am satisfied to know that I was able to enjoy this book before, surely enough, it hits Oprah's book club and is turned into a movie. I will be able to tell people I read the book before it was a movie, and people will respect that.Precision Spindle Metrology, Second Edition OverviewThis volume is a revised version of the original, which is the chief introduction to the fundamental concepts and technology of measuring spindle motion. The new edition has been updated with clearer examples and explanations, as well as improved illustrations. The book furnishes the mathematical tools to understand--and correct--various kinds of motion and rotational errors. Using case studies and practical examples, the author explains how to set up devices for measuring spindle motion. The book then presents a detailed analysis of precision spindle metrology data and demonstrates how the data can be utilized to understand and improve the performance of spindle-based machinery, measured to the nanometer level.About the Author: Dr. Eric Marsh is a professor in the Mechanical Engineering Department of Penn State University. He holds a doctorate from MIT where he worked in the precision engineering group of Professor Alexander Slocum. Dr. Marsh's current work focuses on spindle metrology, ball bearing metrology, and precision grinding, including novel ways of monitoring the grinding of glasses and ceramics.

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