Course title
材料科学   [Material Science]
Course category	technology speciality courses,ets.	Requirement		Credit	2
Department		Year	2～4	Semester	Fall
Course type	Fall	Course code	022416
Instructor(s)
田村 元紀   [TAMURA Motonori]
Facility affiliation	Graduate School of Engineering	Office		Email address

Course description

The lecture is an explanation form using the PP. I mention a tip materials technology in consideration for environment while understanding the basics of materials science including steel and the semiconductor. I put the subject for materials properties and a use, materials manufacturing process, development and the design of materials and push forward a lecture while interlacing real application example and problems. I share the announcement to four groups and perform English general remarks, the subscription of the article, group announcement and question discussion by the PP. In addition to knowledge, I aim at communication and the ability improvement about the discussion method.

Expected Learning

(１) Understanding crystal structure, a lattice defect, diffusion, a mechanical property, reinforcement mechanism, a phase diagram, a histogenetic concept and can judge the profit utilization as structure materials and the functional material. (２) Understanding structure of a manufacturing method and the systems architecture of materials and explaining the relation to environment and a social problem.

Course schedule

(1) Guidance: Environment, society, the materials (2) Materials properties: The crystal structure and lattice defect (3) Materials properties: The diffusion (4) Materials properties and a use: The mechanical property and reinforcement mechanism (5) Materials properties and a use: The phase equilibrium and phase diagram (6) Materials properties and a use: The histogeny (7) Materials properties and a use: The physical chemical property (8) Middle test (9) Materials manufacturing process: Global warming, the metal manufacturing process (10) Materials manufacturing process: Recycling society, the resources (11) Materials manufacturing process: The systems architecture, processing and heat-treatment, corrosion and prevention of rust (12) Development and the design of materials: The group announcement and discussion (one group, two groups) (13) Development and the design of materials: The group announcement and discussion (three groups, four groups) (14) Development and the design of materials: Group announcement supplement, the introduction of the hydrogen energy society (15) Semester report

Prerequisites

I put an important point for the structure (crystal structure, lattice defect, histogeny) of materials and the scientific understanding of properties of matter (thermodynamics, diffusion, dynamics properties of matter, solid properties of matter). Because you lecture on inorganic chemistry and physicochemical basic knowledge, please review it enough.

Required Text(s) and Materials

handout

References

W. D. Callister, Jr. and D. G. Rethwisch, 8th Ed.(2009), Materials Science and Engineering, An Introduction, John Wiley & Sons, Inc.

Assessment/Grading

The object of the evaluation is a middle test, group announcement, a semester test or a report mainly, but evaluates the achievement degree to be able to put a lecture. It is said that the answer to practice contents that I carried out by a lecture are targeted for an evaluation. I evaluate the results in S(90-), A(80-90), B(70-80), C(60-70), D( failure).

Message from instructor(s)

The materials associate with environment and society closely, and it is important that I understand the basic science. I push forward a lecture while interlacing real application example or problems.

Course keywords

Materials science, crystal structure, lattice defect, diffusion, phase diagram, histogeny, process engineering, systems architecture, hydrogen energy society

Office hours

Remarks 1

Remarks 2

Related URL

http://tamura-lab.com/?page_id=251

Lecture Language

Language Subject

Last update

9/10/2018 11:58:21 AM