2006 |
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Doctoral course | Master course | For graduation thesis | |
"SMA" sub-group (for analysis of nano-size function)
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Molecular Dynamics Study on Microscopic Mechanism of Shape-memory Alloy | T.Sato | ||
MonteCarlo Simulation of Phase Transformation in Ni-Ti Alloy | T.Yoneda | ||
Molecular Dynamics Study of Crack Propagation in Ni-Ti Alloy | K.Kubota | ||
"SPH" sub-group (for multiscale analysis)
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Large Deformation Analysis of Plastic-Elastic Body by Using Particle Method | H.Fukumoto | ||
Extrusion Analysis by Smoothed Particle Hydrodynamics (SPH) method | K.Nakaji | ||
Sever Plastic Deformation(SPD) Simulation using Smoothed Particle Hydrodynamics(SPH) method | Y.Ohnishi | ||
"M-C" sub-group (for Metal-Ceramics Interface Strength)
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Molecular Dynamics Modeling of Bimaterial Interfaces and Nano-Scale Materials Design | M.Tanaka | ||
Atomistic Simulation on Effect of Crystalline Orientation during Interface Fracture | K.Sato | ||
"Strength of Nanostructure: United-experiment" sub-group (for AFM study)
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United AFM Study on Strength and Derformation of Nanomaterial (Au Cluster-asssembled Structures) | A.Furukawa | ||
Molecular Dynamics Simulation of AFM Probe-tip and Au Clusters | Y.Wada | ||
"Nano-composite" sub-group (for analysis of organic body and polymers)
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Computational Study on Strength Evaluation of Nano-Composite Materials | |||
Strength Evaluation of Polyethylene Molecular-Scale Structures by Using Molecular Dynamics | D.Hosomi | ||
"Nano-Interface" sub-group (for novel nano-scale function) |
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Reduction of Friction and Dynamical Functionality in Nano-Scale Interfaces | Y.Nagase | ||
Molecular Dynamics Simulation of Self-assembled Monolayer: Analysis of Friction Behavior | H.Matsuno | ||
"Carbon Nanotube and Oscillation" sub-group (for vibration and novel nano-device study)
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Interaction between Carbon Nanotube and Materials Surface: Computational Study of Nanodevice Using Its Novel Mechanism | H.Takeshita | ||
Vibration Analysis of Nanotube Probe with force field | K.Miyazaki | ||
"Graphics" sub-group (for scientific visualization)
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N/A
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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 | Saeki (Non-Destructive Testing Group) | Non-Destructive Testing Group |