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Ceramics for High-Performance Applications III

Reliability

  • Book
  • © 1983

Overview

Editors:
  1. Edward M. Lenoe

    1. Army Materials and Mechanics Research Center, Watertown, USA

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  2. R. Nathan Katz

    1. Army Materials and Mechanics Research Center, Watertown, USA

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  3. John J. Burke

    1. Army Materials and Mechanics Research Center, Watertown, USA

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Part of the book series: Army Materials Technology Conference Series (MTCS, volume 6)

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Table of contents (43 chapters)

  1. Quality of Materials and Component Processing

    1. Injection Molding of Ceramics

      • T. J. Whalen, C. F. Johnson
      Pages 293-307

    2. Reliability of Slip Cast Silicon Nitride Components

      • M. E. Rorabaugh, K. H. Styhr
      Pages 309-322

    3. Large Scale Production Test of Gas Turbine Components by Injection Molding

      • E. Lange, N. Müller
      Pages 323-334

    4. Factors Influencing the Quality of Fully Dense Silicon Nitride

      • G. E. Gazza, R. N. Katz, H. Knoch
      Pages 335-345

    5. Sintering of Silicon Nitride at Atmospheric Pressure

      • A. Giachello, P. Popper
      Pages 347-357

  2. Design Concepts for Ceramics

    1. Front Matter

      Pages 359-359
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    2. A Ceramic Turbine Rotor — Its Design Evolution, Test Experience and Future

      • A. Paluszny
      Pages 361-394

    3. Silicon Carbide Components for Diesel and Gasoline Engine Applications

      • R. C. Phoenix, W. D. Long
      Pages 395-400

    4. Status of Combustor Development from Ceramic Materials

      • G. Kappler
      Pages 401-415

    5. Ceramic Turbine Nozzle Ring Development by Finite Element Analysis

      • H. Burfeindt, M. Langer, P. M. Stuart
      Pages 417-425

    6. Compression Structured Ceramic Turbine Rotor Concept

      • P. J. Coty
      Pages 427-441

  3. Emerging Techniques for Reliability Prediction

    1. Front Matter

      Pages 443-443
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    2. Reliability of Ceramics for Heat Engine Applications

      • S. Bortz
      Pages 445-473

    3. Structural Design with Brittle Materials

      • A. G. Evans
      Pages 475-502

    4. Application of Fracture Mechanics in Assuring Against Fatigue Failure of Ceramic Components

      • J. E. Ritter Jr., S. M. Wiederhorn, N. J. Tighe, E. R. Fuller Jr.
      Pages 503-533

    5. Material Parameters for Life Prediction in Ceramics

      • R. K. Govila
      Pages 535-567

  4. Test, Evaluation, and Development of Components

    1. Front Matter

      Pages 569-569
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    2. Combustion Rig Durability Testing of Turbine Ceramics

      • W. D. Carruthers, D. W. Richerson, K. W. Benn
      Pages 571-595

    3. Duo-Density Ceramic Turbine Rotor Development

      • Robert R. Baker, Lewis R. Swank
      Pages 597-622

    4. The Evaluation of Ceramic Turbine Stators

      • Eugene A. Fisher, Walter Trela
      Pages 623-643
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Keywords

About this book

The Sixth Army Materials Technology Conference, IICeramics for High Performance Applications-II I-Reliabilityll , was co-sponsored by the Army Materials and Mechanics Research Center and the U. S. Department of Energy, Office of Transportation Programs . The program highlighted all issues relevant to the reliability of ceramics in advanced systems. The conference emphasized programmatic reviews of the major efforts on ceramic gas turbine technology, on an international basis. The conference showed how ceramic design, materials development, materials processing, NDE, and component systems testing are being integrated and iterated in specific engine development programs . Further , the conference promoted inter­ change among the various technical disciplines working in the advanced turbine and heat engine areas. This volume will join its earlier companions, Ceramics for High Performance A lications (1974), and Ceramics for High Performance Applications-II 1 7 ,in chronicling the rapid progress being made in the applicaton of ceramics to the very demanding service environ­ ment of gas turbine and piston engines. At the last meeting of this series at Newport, R t, in March 1977, successful high temperature tests of ceramic components in test rigs were described.

Editors and Affiliations

  • Army Materials and Mechanics Research Center, Watertown, USA

    Edward M. Lenoe, R. Nathan Katz, John J. Burke

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