NAGOYA UNIVERSITY SCHOOL OF ENGINEERING Department of Materials Science and Engineering

Nano Structure Design Research Group

Electrodes/electrolyte nanointerface control for achieving higher performance in innovative storage batteries
Development of in-situ observation methods for storage-battery reactions
Creation of a high-ion-conductivity solid electrolyte through use of nanoionic phenomena
Research relating to the mechanisms of metal electrodeposition occurring in solid electrolytes
Research relating to construction methods for all-solid-state storage batteries operating at a practical level

Computer simulation and CAE in various kinds of plastic forming
Prediction of splitting, material properties, and dimensional changes of materials in forging and heat treatment
Development of technology for predicting occurrence of internal and surface defects in forging and heading
Development of technology for bonding different metals using cold forging
Graphene growth, interface control, structural analysis, elucidation of properties, and application development
Development of large-volume synthesis methods for carbon nanotube growth and measurement of properties
Growth and evaluation of new 2D materials
Structural analysis of nanomaterials at the atomic level

How to design non-equilibrium materials created by metal additive manufacturing?
How to design materials using impurity elements believed to be harmful?
How to design hot-dip galvanizing coatings for steel surfaces?
Fundamentals of crystal plasticity in designed materials