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Principles of Abrasive Processing

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Grinding is one of the most important operations employed in production engineering to remove unwanted material and to introduce desired geometry and surface properties. As with his successful book, Principles of Metal Cutting, Professor Shaw here considers the basic processes in fundamental terms rather than attempting to present a mass of empirical data. This better enables engineers to find solutions to new and unusual problems encountered.
Hardback
20-June-1996
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Grinding is one of the most important operations employed in Production Engineering to remove unwanted material and to introduce desired geometry and surface properties. Once considered only a secondary finishing operation, grinding is now more widely employed as suggested by the term, "abrasive machining". The approach to grinding taken here is to consider the basic processes in fundamental terms rather than to attempt to present a large mass of empirical results. Thus, the emphasis is placed on why things occur as they do rather than on specific solutions to problems ordinarily met. The rationale for this approach is that it better enables an engineer in the workshop to find solutions to new and unusual problems.
Product Details
ISBN-13
9780198590217
Publisher
Oxford University Press UK
Published
20-June-1996
Format
Hardback

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$397.13
Ships in 3-5 business days

Delivery estimate

Hurry up! Current stock:

Principles of Abrasive Processing

$397.13

Description

Grinding is one of the most important operations employed in Production Engineering to remove unwanted material and to introduce desired geometry and surface properties. Once considered only a secondary finishing operation, grinding is now more widely employed as suggested by the term, "abrasive machining". The approach to grinding taken here is to consider the basic processes in fundamental terms rather than to attempt to present a large mass of empirical results. Thus, the emphasis is placed on why things occur as they do rather than on specific solutions to problems ordinarily met. The rationale for this approach is that it better enables an engineer in the workshop to find solutions to new and unusual problems.