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The Concise Encyclopedia of Materials Processing
 
 

The Concise Encyclopedia of Materials Processing, 1st Edition

 
The Concise Encyclopedia of Materials Processing, 1st Edition,John Martin,ISBN9780080964928
 
 
 

J Martin   

Elsevier Science

9780080964928

854

Comprehensively evaluates the leading edge of research in materials processing with authoritative reviews from many dedicated professionals within the materials science sector

Print Book

Hardcover

In Stock

Estimated Delivery Time
USD 270.00
 
 

Key Features

  • A concise point of reference for quality information on materials processing
  • Bridges the divide between academia and professionals 
  • Exceptional content for a fraction of the price of Encyclopedia of Materials: Science and Technology

Description

A compact anthology drawn from Elsevier's highly regarded Encyclopedia of Materials: Science and Technology, this volume explains how materials are transformed from their raw-materials state to useful products. Coverage includes articles on casting techniques, deformation processing, crystal growth, heat-treatment, machining and joining techniques, as well as the production and consolidation of powders.

Readership

This volume is of interest to both professionals working with materials in academia and also engineering professionals processing materials within industry

John Martin

Affiliations and Expertise

University of Oxford, Oxford, UK

The Concise Encyclopedia of Materials Processing, 1st Edition

Sheet forming: blanking, piercing, pressing, deep drawing, spinning and flow turning, stretch forming, fluid and rubber forming, high-rate forming processes, welding, etc. Bulk forming: hot, warm and cold forging, rolling and extrusion, rotary forging, ring rolling, hydrostatic extrusion, conforming, net-shape manufacturing, etc. Powder forming: compaction, sintering, forging, extrusion, etc. Forming in the melt or near-melt condition: die casting, mushy-state forging, net-shape manufacturing, etc. Material-removal processes: cutting, grinding, ECM, EDM, etc. Non-traditional processes: shot peening and other impact-related processes, die-manufacturing processes, and laser processing, etc. Surface engineering: deposition, treatment and characterization technologies.

 
 
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