Advanced Structural Materials

The aim of this course is to provide a basic understanding of the underlying principles that determine the evolution of microstructures in non-ferrous metallic materials during their processing and its relation with its properties and performance in service. Attempts will be made to introduce the concept of thermodynamics and kinetics of phase transformation, micro-structural engineering, alloy design, processing (casing, forming and heat treatment) techniques, and structure property relationship.

The course would also include a brief introduction to the tools and techniques of examination of microstructure as well as evaluation of its properties. An attempt will be made to take the students from the fundamentals to the frontiers of physical metallurgy.

1. Ability to identify crucial problem areas in manufacture and applications of non-ferrous and/or crystalline materials.

Japanese(English accepted)

Report 40% (assigned in class) and presentation 60% (each student will give a presentation about non-ferrous materials) for a total possible score of 100 points.
A total score of 60 points of higher will be required to pass.

N/A

Review of physical chemistry, metallurgy, and crystallography.

• Anytime.

Environment education course (50%)

Non-regionally-oriented course

• Course that cultivates an ability for utilizing knowledge

Most classes are interactive