Mesoscopic Modeling for Superplasticity.

In theconventionaltheorybasedonthecontinuum mechanics, the superplasticityisdescribedbyusingtheconstitutive equation, the effectofmicrostrcturalevolutiononthesuperplasticre method, a meso-scopicmodelingisproposedtodescribethemicrostr modeling., Tatsuhiko Aizawa

Research output: Contribution to journalArticle

Original languageEnglish
Pages (from-to)37-46
JournalMaterials Science Forum.
Volume233-234 (1997)
Publication statusPublished - 1800

Cite this

mechanics, I. T., equation, T. S., method, T. E., modeling., A. M., & Aizawa, T. (1800). Mesoscopic Modeling for Superplasticity. Materials Science Forum., 233-234 (1997), 37-46.

Mesoscopic Modeling for Superplasticity. / mechanics, In theconventionaltheorybasedonthecontinuum; equation, the superplasticityisdescribedbyusingtheconstitutive; method, the effectofmicrostrcturalevolutiononthesuperplasticre; modeling., a meso-scopicmodelingisproposedtodescribethemicrostr; Aizawa, Tatsuhiko.

In: Materials Science Forum., Vol. 233-234 (1997), 1800, p. 37-46.

Research output: Contribution to journalArticle

mechanics, IT, equation, TS, method, TE, modeling., AM & Aizawa, T 1800, 'Mesoscopic Modeling for Superplasticity.', Materials Science Forum., vol. 233-234 (1997), pp. 37-46.
mechanics IT, equation TS, method TE, modeling. AM, Aizawa T. Mesoscopic Modeling for Superplasticity. Materials Science Forum. 1800;233-234 (1997):37-46.
mechanics, In theconventionaltheorybasedonthecontinuum ; equation, the superplasticityisdescribedbyusingtheconstitutive ; method, the effectofmicrostrcturalevolutiononthesuperplasticre ; modeling., a meso-scopicmodelingisproposedtodescribethemicrostr ; Aizawa, Tatsuhiko. / Mesoscopic Modeling for Superplasticity. In: Materials Science Forum. 1800 ; Vol. 233-234 (1997). pp. 37-46.
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