Effects of crystallographic texture on internal stress superplasticity induced by anisotropic thermal expansion

机译：晶体织构对各向异性热膨胀引起的内应力超塑性的影响

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Polycrystalline materials having crystallographic anisotropy show internal stress superplasticity under thermal cycling conditions. The deformation mechanism is analyzed using a theoretical model based on continuum micromechaics including the effects of crystallograhpic texture. The model is experimentally verified through the thermal cycling creep tests using polycrystalline zine having two kinds of fiber-texture, and agrees well with the experimental results.

机译：具有晶体学各向异性的多晶材料在热循环条件下显示出内部应力超塑性。使用基于连续微力学的理论模型（包括结晶晶体织构的影响）来分析变形机理。该模型通过热循环蠕变试验使用具有两种纤维质地的多晶锌进行了实验验证，与实验结果吻合良好。

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《Symposium on Superplasticity-Current Status and Future Potential held November 29-December 1, 1999, Boston, Massachusetts, U.S.A.》|1999年|p.199-204|共6页
会议地点 Boston MA(US)
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K.Kitazono; R.Hirasaka; E.Sato; K.Kuribayashi; T.Motegi;
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正文语种 eng
中图分类一般工业技术;
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Effects of crystallographic texture on internal stress superplasticity induced by anisotropic thermal expansion

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