
In this important book, the author--a leading member of the respected Japanese Society for Precision Engineering--presents the first systematic view of the knowledge and principles needed to design, build, and test precision machinery. This information has previously been scattered among many individual papers and publications. By bringing together the subject in a systematic way the author has assisted in the task of teaching new generations of students about precision engineering, a subject of fundamental importance for supplying today's massively used electronic and optical components. The book is written in plain language with use of copious illustrations and examples rather than complicated mathematics in order to ensure that the principles of this important branch of engineering can be absorbed by as wide an audience of students and practising engineers as possible.
This book investigates the fundamental principles and systematic methodologies required to design, construct, and evaluate precision machinery. Author Hiromu Nakazawa, a prominent member of the Japanese Society for Precision Engineering, consolidates disparate technical knowledge into a cohesive framework. By prioritizing practical application and conceptual clarity over complex mathematical derivations, the text serves as a foundational resource for both students and practicing engineers involved in the production of electronic and optical components.
What You Will Find
Experts and practitioners recognize this work as a vital consolidation of knowledge that was previously scattered across various academic papers. Readers frequently note the accessibility of the prose, which favors clear explanations and visual aids to ensure the material remains understandable for a broad engineering audience.
Page Count:
280
Publication Date:
1994-11-24
Publisher:
Oxford University Press
ISBN-10:
0198562667
ISBN-13:
9780198562665
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