Ceramics for High-Performance Applications III: Reliability. (Army Materials Technology Conference Series, Volume 6) - Primera edición

EAN (ISBN-13): 9780306407369
ISBN (ISBN-10): 0306407361
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Año de publicación: 1983
Editorial: Springer

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ISBN/EAN: 9780306407369

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0-306-40736-1, 978-0-306-40736-9
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Autor del libro: nathan katz, edward burke, burk, john burke
Título del libro: materials science and technology, reliability technology, drei, ettore majorana, series army, ceramic, application materials, ceramics for high performance applications iii reliability, the new high

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Datos del la editorial

Autor: E.M. Lenoe; R.N. Katz; J.J. Burke
Título: Army Materials Technology Conference Series; Ceramics for High-Performance Applications III - Reliability
Editorial: Springer; Springer US
825 Páginas
Año de publicación: 1983-04-01
New York; NY; US
Idioma: Inglés
159,99 € (DE)
164,47 € (AT)
176,50 CHF (CH)
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XV, 825 p.

BB; Hardcover, Softcover / Technik/Maschinenbau, Fertigungstechnik; Werkstoffprüfung; Verstehen; ceramics; fatigue; fracture mechanics; mechanics; silicon; Characterization and Analytical Technique; BC

Keynote Address.- Recent Accomplishments and Research Needs in Structural Ceramics.- Session I Heat Engine Applications.- Overview of U.S. Department of Energy Ceramic Gas Turbine Program.- Overview of the German Ceramic Gas Turbine Program.- Ceramic Engine Research and Development in Sweden.- Research on the Use of Ceramics in Diesels.- Session I (Continued) Heat Engine Applications.- Ceramics Potential in Automotive Powerplants.- ARPA/NAVAIR Ceramic Gas Turbine Engine Demonstration Program.- Ceramic Applications in Turbine Engines.- Ceramics for Small Radial Inflow Power Generators.- Ceramics for Adiabatic Turbocompound Engine.- Ceramic Technology Requirements for 1425°C (2600°F) Uncooled Power Generation Application.- Stationary Ceramic Component Considerations for Advanced Industrial Turbines.- Session II Quality of Materials and Component Processing.- Sintered Silicon Carbide.- Processing Hot Pressed Silicon Nitride for Improved Reliability: HS-110 to NC-132.- Importance of Phase Equilibria on Process Control of Si3N4 Fabrication.- Injection Molding of Ceramics.- Reliability of Slip Cast Silicon Nitride Components.- Large Scale Production Test of Gas Turbine Components by Injection Molding.- Factors Influencing the Quality of Fully Dense Silicon Nitride.- Sintering of Silicon Nitride at Atmospheric Pressure.- Session III Design Concepts for Ceramics.- A Ceramic Turbine Rotor — Its Design Evolution, Test Experience and Future.- Silicon Carbide Components for Diesel and Gasoline Engine Applications.- Status of Combustor Development from Ceramic Materials.- Ceramic Turbine Nozzle Ring Development by Finite Element Analysis.- Compression Structured Ceramic Turbine Rotor Concept.- Session IV Emerging Techniques for Reliability Prediction.- Reliability of Ceramicsfor Heat Engine Applications.- Structural Design with Brittle Materials.- Application of Fracture Mechanics in Assuring Against Fatigue Failure of Ceramic Components.- Material Parameters for Life Prediction in Ceramics.- Session Va Test, Evaluation, and Development of Components.- Combustion Rig Durability Testing of Turbine Ceramics.- Duo-Density Ceramic Turbine Rotor Development.- The Evaluation of Ceramic Turbine Stators.- Development and Characterization of Ceramic Turbine Components.- Session Vb Test, Evaluation, and Development of Specimens.- High Temperature Static Fatigue Testing of Turbine Ceramics.- A Comparative Study of the Mechanical Strength of Reaction-Bonded Silicon Nitride.- Strength and Fracture Toughness of Silicon Carbide.- Development of Plane Strain Fracture Toughness Test for Ceramics Using Chevron Notched Specimens.- Oxidation Behaviour and Mechanical Properties of Injection Modled Si3N4.- Session VI Critical Issues Workshop.- Comments on Creep of Reaction-Bonded Silicon Nitride and Hot-Pressed Silicon Carbide.- Oxidation and Strength of Silicon Nitride and Silicon Carbide.- Thermal Shock Testing of a Hot-Pressed Si N, Turbine Rotor.- to the Critical Issues Workshop.- Workshop Summary.