3C04 高温クリープ変形における粒界すべりと粒子インターロッキング
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概要
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The grain-boundary sliding and interlocking of two-phase ceramics are examined on the basis of Dryden-Kucerovsky-Wilkinson-Watt theory. The theory is extended to the shear creep deformation of hexagonal grains embedded in a contiguous grain-boundary melt. Two-phase ceramics in creep deformation behave as non-Newtonian fluid with the viscosity which depends on the creep strain. The viscosity and the volume fraction of the intergranular melt of β-spodumene grass-ceramic are estimated in experiment.
- 1996-10-07
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