Non-Ferrous Alloy Materials

Course title

C0230700

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Course description

　There are many types in nonferrous alloy materials and the nonferrous alloy materials has been used widely in various fields. Thus, it is very important for the use of the nonferrous alloy materials to understand the product methods, heat treatment methods, and process principle. In this lecture, the basic knowledge of the nonferrous alloy materials such as the product methods, heat treatment methods, and process principle will be explained. In addition, to understand deeply these, basic knowledge on the structures, textures, thermodynamics, and strength related to the nonferrous alloy materials will be studied in detail. Moreover, the relationship between the properties of aluminum, magnesium, and zinc alloys that are typical nonferrous alloy materials and above-mentioned characterization will be also studied.

Purpose of class

Purpose of this lecture is to study the basic knowledge of the nonferrous alloy materials such as the product methods, heat treatment methods, and process principle. In addition, the basic knowledge on the structures, textures, thermodynamics, and strength related to the nonferrous alloy materials will be learned in detail. Moreover, the relationship between the properties of aluminum, magnesium, and zinc alloys that are typical nonferrous alloy materials and above-mentioned characterization will be also studied.

Goals and objectives

Understanding deeply the product methods, heat treatment methods, and process principle of nonferrous alloy materials
Understanding deeply basic knowledge on the structures, textures, thermodynamics, and strength related to the nonferrous alloy materials
Understanding deeply the relationship between the properties of the nonferrous alloy materials and the structures, textures, thermodynamics, and strength

Language

Japanese(English accepted)

Class schedule

	Class schedule	HW assignments (Including preparation and review of the class.)	Amount of Time Required
1.	Basic 　　・材Overview of material science on nonferrous alloy materials	Understanding contents of the lecture by reading documents distributed	30minutes
2.	Properties and application of nonferrous alloy materials 　　・Properties of nonferrous alloy materials 　　・Application of of nonferrous alloy materials	Understanding contents of the lecture by reading documents distributed	100minutes
3.	Crystal structures of nonferrous alloy materials 　　・Atomic structure and bonding 　　・Basic of crystal structures for metals	Understanding contents of the lecture by reading documents distributed	100minutes
4.	Crystal structures of nonferrous alloy materials 　　・Basic of crystal structures for alloys and compounds	Understanding contents of the lecture by reading documents distributed	100minutes
5.	Texture of nonferrous alloy materials 　　・Basic of crystal grains and grain boundary 　　・Lattice defects and their role	Understanding contents of the lecture by reading documents distributed	100minutes
6.	Textures and thermodynamics of nonferrous alloy materials 　　・Atomic vacancy 　　・Dislocation 　　・Entropy 　　・Twin crystals 　　・Chemical defects	Understanding contents of the lecture by reading documents distributed	100minutes
7.	Control of textures for nonferrous alloy materials 　　・Interstitial atom 　　・Solid solution	Understanding contents of the lecture by reading documents distributed	100minutes
8.	Smelting and thermodynamics of nonferrous alloy material-part I 　　・Pretreatment for smelting process 　　・Ellingham diagram 　　・Chemical equilibrium	Understanding contents of the lecture by reading documents distributed	100minutes
9.	Smelting and thermodynamics of nonferrous alloy material-part II 　　・Equilibrium constant 　　・Chemical affinity 　　・Reduction processes for nonferrous alloy materials	Understanding contents of the lecture by reading documents distributed	100minutes
10.	Production methods of nonferrous alloy metals 　　・Dry processes 　　・Wet processes	Understanding contents of the lecture by reading documents distributed	100minutes
11.	Process principle of nonferrous alloy materials 　　・Plastic forming 　　・Stress and strain	Understanding contents of the lecture by reading documents distributed	100minutes
12.	Heat treatments for nonferrous alloy materials 　　・Simulated annealing 　　・Precipitation aging	Understanding contents of the lecture by reading documents distributed	100minutes
13.	Review of nonferrous alloy materials ・Group presentation on production methods and process principle for nonferrous alloy materials	Understanding contents of the lecture by reading documents distributed	100minutes
14.	Term-end examination and comments	Understanding contents of the lecture by reading documents distributed	120minutes
Total.	-	-	1350minutes

Relationship between 'Goals and Objectives' and 'Course Outcomes'

	Non-Ferrous metals	Total.
1.	30%	30%
2.	30%	30%
3.	40%	40%
Total.	100%	-

Evaluation method and criteria

Final grade point will be determined by reports, term-end examination, and group presentation.

Textbooks and reference materials

N/A

Prerequisites

Thermodynamics

Office hours and How to contact professors for questions

In lecture at Omiya campus, and Monday(12:20-13:00) at Toyosu campus.
Contact me by e-mail.

Relation to the environment

Non-environment-related course

Regionally-oriented

Non-regionally-oriented course

Development of social and professional independence

Course that cultivates an ability for utilizing knowledge
Course that cultivates a basic problem-solving skills

Active-learning course

More than one class is interactive

Last modified : Wed Oct 17 06:28:16 JST 2018