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Solid mechanics / Fracture mechanics / Glass physics / Fracture toughness / Stress intensity factor / Strain energy release rate / Fracture / Strength of materials / Brittleness / Materials science / Physics / Mechanics


ECF15 ESTIMATION OF CRITICAL FRONTAL PROCESS ZONE SIZE IN CERAMICS Hideo Awaji, Chun-Hong Chen, Nobuyuki Kishi, and Seong-Min Choi Dept. Materials Engng., Nagoya Institute of Technology
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Document Date: 2009-10-23 06:25:09

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City

Tokyo / Trans. / London / /

Company

Suzuki / Honda / /

Country

Japan / /

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Facility

Kluwer Academic Pub / Corona Pub / Nagoya Institute of Technology / Nagoya Institute of Technology Gokiso-cho / /

IndustryTerm

released strain energy / energy release rate / energy criterion / increased fracture energy / energy equilibrium / maximum energy release rate / energy-release rate / fracture energy rate / energy / /

Organization

Nagoya Institute of Technology / Cambridge Univ. / Nagoya Institute of Technology Gokiso-cho / Japan Fine Ceramics Center / /

Person

Seong-Min Choi / Nobuyuki Kishi / Chun-Hong Chen / /

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