Advances in Deformation Processing

1. Front Matter

   Pages i-x

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2. Introduction

   1. Continuum Mechanics and Deformation Processing

      • W. Johnson

      Pages 1-49

3. Analytical Advances

   1. The Matrix Method for the Analyses of Metal-Forming Processes

      • S. Kobayashi, S. N. Shah

      Pages 51-98

   2. Prediction of Metal Flow and Temperatures in Axisymmetric Deformation Processes

      • G. D. Lahoti, T. Altan

      Pages 99-125

4. Workability

   1. Forming Limit Criteria — Sheets

      • S. P. Keeler

      Pages 127-157

   2. Forming Limit Criteria — Bulk Deformation Processes

      • H. A. Kuhn

      Pages 159-186

   3. The Interface of Continuum and Crystal Mechanics

      • W. F. Hosford

      Pages 187-214

   4. Flow Softening at Elevated Temperatures

      • J. J. Jonas, M. J. Luton

      Pages 215-243

5. Processing to Optimize Properties

   1. Thermomechanical Processing of Ferrous Alloys

      • E. B. Kula, M. Azrin

      Pages 245-300

   2. Thermomechanical Processing of Aluminum Alloy Ingots

      • J. Waldman, H. Sulinski, H. Markus

      Pages 301-320

   3. Textured Titanium Technology

      • F. R. Larson, A. Zarkades

      Pages 321-349

   4. The Role of Deformation-Induced Phase Transformations in the Plasticity of Some Iron-Base Alloys

      • V. F. Zackay, M. D. Bhandarkar, E. R. Parker

      Pages 351-404

6. Advanced Applications-Materials

   1. Recent Advances in the Deformation Processing of Ceramics

      • R. C. Bradt

      Pages 405-423

   2. Metal-Matrix Composites of Closed Geometries

      • M. Moss, W. R. Hoover, D. M. Schuster

      Pages 425-439

7. Advanced Applications-Processes

   1. Superplastic Metal Forming

      • D. S. Fields Jr., J. F. Hubert

      Pages 441-484

   2. High-Energy-Rate Deformation Processing and its TMP Applications

      • R. N. Orava, R. H. Wittman

      Pages 485-533

   3. Fundamentals and Application of High-Pressure Forming

      • T. E. Davidson

      Pages 535-569

   4. Processing of a High-Strength, Heavy Section Titanium Alloy by Extrusion Methods

      • R. Chait, T. S. DeSisto

      Pages 571-592

8. Back Matter

   Pages 593-596

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The Army Materials and Mechanics Research Center has con­ ducted the Sagamore Army Materials Research Conference in coop­ eration with the Materials Science Group of the Department of Chemical Engineering and Materials Science of Syracuse University since 1954. The purpose of the conference has been to gather to­ gether scientists and engineers from academic institutions, in­ dustry and government who are uniquely qualified to explore in depth a subject of importance to the Army, the Department of Defense and the scientific community. This volume, Advances in Deformation Processing, addresses the areas of Analytical Advances, Workability, Processing to Optimize Properties, Advanced Applications - Materials, and Advanced Applications - Processes. The dedicated assistance of Mr. Joseph Bernier of the Army Materials and Mechanics Research Center throughout the stages of the conference planning and finally the publication of the Sagamore Conference Proceedings is deeply appreciated. The support of Helen Brown DeMascio of Syracuse University in p- paring the final manuscript is acknowledged. The continued active interest and support of these conferences by Dr. A. E. Gorum, Director of the Army Materials and Mechanics Research Center, is appreciated. Syracuse University Syracuse, New York The Editors vii Contents SESSION I INTRODUCTION A. E. Gorum, Moderator Continuum Mechanics and Deformation Processing 1.

• chemical engineering
• continuum mechanics
• crystal
• geometry
• materials science
• mechanics
• metals
• plasticity

• Army Materials and Mechanics Research Center, Watertown, USA

  John J. Burke

• Syracuse University, Syracuse, USA

  Volker Weiss

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