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Time Dependent Mechanical Response of Engineering Ceramics

Key Engineering Materials Volume 166

• Papers
• Abstracts

• p1 Computational Modeling of Ceramic Microstructure by MC and MD Aspect in Dynamics   [ 760 K ]
  Authors: Hideaki Matsubara
• p9 Fast Fracture in Tempered Glass   [ 415 K ]
  Authors: Kazuhiko Takahashi
• p19 High Temperature Impact Response of Silicon Nitride Ceramics   [ 273 K ]
  Authors: J. Yuan, T. Shioya, N. Takeda
• p25 New Computer Simulation Method for Evaluation of Crack Growth Using Lennard-Jones Type Potential Function   [ 369 K ]
  Authors: Z.Q. Wu, H. Serizawa, Hidekazu Murakawa
• p33 Elasticity and Plasticity in Indentation Problems   [ 356 K ]
  Authors: Mototsugu Sakai, Shinji Shimizu, Takashi Ishikawa
• p41 Pastic Deformation of Brittle Materials   [ 341 K ]
  Authors: Michael Swain
• p47 Fatigue and Lifetime of Biomechanical Ceramics   [ 108 K ]
  Authors: Brian R. Lawn, I.M. Peterson, Yeon Gil Jung
• p49 Fracture of SIC Fiber-Reinforced Glass Composites   [ 385 K ]
  Authors: Dong Won Shin, Kwang Jin Kim
• p57 Creep Behaviour at High Temperatures of Fine SiC and Alumina Based Fibres   [ 660 K ]
  Authors: Marie Helene Berger, A.R. Bunsell
• p65 Physics of the Brittle-Ductile Transition in Glasses and Glass-Containing Ceramics: Time and Temperature Incidences   [ 323 K ]
  Authors: Tanquy Rouxel, M. Buisson
• p73 Subcritical Crack Growth and Creep Behaviour of Silicon Carbide for Heat Exchanger Applications   [ 263 K ]
  Authors: M. Steen
• p81 Creep Behavior of Ceramics and Geological Materials at Low Stress Levels   [ 259 K ]
  Authors: Terence G. Langdon
• p87 Creep Behavior of Fiber Reinforced Ceramic Composites   [ 433 K ]
  Authors: U. Anandakumar, R.N. Singh
• p95 Tensile Creep Degradation in Quasi-Ductile Silicon Nitride   [ 427 K ]
  Authors: František Lofaj, Atsushi Okada, Hiroshi Kawamoto
• p103 A Novel Deformation Mechanism for Superplastic Deformation   [ 413 K ]
  Authors: Hachizo Muto, Mototsugu Sakai