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2004 |
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| Doctoral course | Master course | For graduation thesis | |
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"SMA" sub-group (for analysis of nano-size function)
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| Molecular dynamics study on shape-memory effect in nanomaterials | T.Sato | ||
| Evaulation of physical and mechanical properties of shape-memory materials by computational mechanics | K.Akiyama | ||
| A.Tarutani | |||
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"SPH" sub-group (for multiscale analysis)
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| Study on interface strength by hybrid-type computational mechanics simuklations | Y.Tateoka | ||
| Dynamics analysis of materials interface by SPH method | H.Fukumoto | ||
| Dynamics analysis of materials interface by MD method | M.Tanaka | ||
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"Nano-composite" sub-group (for analysis of organic body and polymers)
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| Computational study of strength of materials in structure of molecular assembly | T.Kawaguchi | ||
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"Graphics" sub-group (for scientific visualization) |
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| Entertainment in materials science by interactive dynamics simulation | H.Fukui | ||
| Three-dimensional structure of grain boundaries in nanocrystalline materials and effect of potential energy function | J.Onishi | ||
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"Interface" sub-group (for novel nano-scale function)
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| Emergence of mechanical function by motion in nano-scale interface | Y.Nagase | ||
| MD analysis for invention of mechanical sensor with nano-structured materials | H.Takeshita | ||
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Collaborative activity inside laboratory
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"AE" sub-group (for advanced acoustic emission)
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| Evaluation of materials failure by acoustic emission and molecular dynamics | M.Shimizu | ||