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Materials Science and Engineering B
(Material Processing)
CURRICULUM PLAN
4. Course Descriptions
Materials Science and Engineering B
(Material Processing)
Prof. Yuzuru SATO, Assoc. Prof. Katsunari OIKAWA
Assoc. Prof. Takahiro MIKI
gMaterials Science and Engineering Bh is a halfyear
class to learn the fundamentals of the gMaterials
Processingh based on the high temperature physical
chemistry and process engineering. This class basically
consists of three parts as thermodynamics for materials
processing, ferrous and process metallurgy iiron- and
steel-makingj, nonferrous metallurgy ipyro- and hydrometallurgyj,
and electro-metallurgy in active metal
processing. Students can study fundamentals and latest
topics in the area of materials processing and
engineering. The grade of students will be evaluated
with the score of home works, class participation,
exercises during the class and the final examination.
- Guidance
- Introduction to chemical thermodynamics for
materials processing T
- Introduction to chemical thermodynamics for
materials processing U
- Reduction/Oxidation equilibrium for materials.
- Stability diagrams and phase diagrams of materials.
- Basic principle of iron and steel making.
- Fundamentals of pyrometallurgy T
- Fundamentals of pyrometallurgy U
- Application of pyrometallugry iCopper makingj
- Application of pyrometallugry iZinc, Lead productionj
- Fundamental electrochemistry in metallurgy
- Application of hydrometallurgy
- Aluminum and active metal production T
- Aluminum and active metal production U
- Final examination
