Fundamentals of Dimensional Metrology
This revised edition covers the physical principles and evolving technical capability of modern dimensional metrology in both metric and English systems. Students will understand the need for dimensional metrology, the applications of statistics and the techniques and devices used in dimensional metrology. Historical and biographical information has been increased so the student will understand and appreciate the interrelationships of modern day manufacturing techniques and dimensional metrology in the global market. Chapter summary and review questions reinforce the material for better learning.
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MEASUREMENT GAGING AND TOLERANCES
STATISTICS AND METROLOGY
14 other sections not shown
accuracy adjustment alignment amplification angle anvil apply autocollimator axis basic blade calibration Chapter clamp combination square comparison Courtesy cylinder decimal depth gage dial indicators diameter dimension discrimination displacement distance divided divisions edge electronic eliminate end standards example feature following best gage blocks gage head gaging element graduations high-amplification inch increase inspection instru length light limit line of measurement linear machine magnification manufacturers measured point measurement instruments measurement system mechanical ment meter method metric system metrology micrometer optical comparator parallax parallax error pneumatic comparator position precision probe range reading reference point reference surface reliability rotation sampling screw sensitivity setup sine bar slide caliper spindle steel rule steps surement surface finish surface metrology surface plate telescope temperature thimble tion tolerance tolerancing variables vernier calipers vernier instruments vernier scale wear workpiece zero setting