[Materials] Microstructures and related mechanical properties of metallic materials can be varied with processing conditions even when their chemical compositions are exactly the same. These characteristics of metallic alloys can be understood in terms of phase equilibrium (phase diagram), kinetics of phase transformations (continuous cooling transformation curve, time temperature transformation curve), and dislocation theory (strengthening mechanism). Students will understand the relationship among processing, microstructures and mechanical properties through the experiments associated with ferrous and non-ferrous alloys, In the end of this course, students are requested to design evaluation and testing methods for a given problem by group, and to present the results and discussions in English at the final presentation.
[Materials] Student will;
1) Understand the relationship among processings, microstructures and mechanical properties in metallic structural materials.
2) Train yourself to design and conduct experiments for a given problem on the topics.
3) Obtain skills to make a presentation in English.
[Materials] ferrous alloy, non-ferrous alloy, phase diagram, microstructure, electro conductivity, temperature and strain-rate dependency of dislocation motion.
|✔ Specialist skills||✔ Intercultural skills||✔ Communication skills||✔ Critical thinking skills||✔ Practical and/or problem-solving skills|
Grouping and the schedule for the experiments will be announced by principle instructor.
|Course schedule||Required learning|
|Class 1||General introduction||to understand contents of general introduction|
|Class 2||Thin metal films: evaporation and resistivity measurement of Ag thin films||To understand the fundamentals of evapolation process and resistivity of thin metal films.|
|Class 3||Thin metal films: optic properties of Au thin film and Au nano particles||to understand optic properties of metallic nano particles made on substrate.|
|Class 4||Crystalstructure analysis of order-disorder alloys by X-ray diffractometory 1||To understand the theory of X-ray diffraction, order-disorder transition of alloys.|
|Class 5||Crystalstructure analysis of order-disorder alloys by X-ray diffractometory 2||To understand the structure analysis of order and disorder phases by means of X-ray diffraction technique.|
|Class 6||Corrosion and oxidataion of metal : aqueous solution corrosion of metal I (General corrosion)||to enable the measurement method for general corrosion of metal in aqueous solution.|
|Class 7||Corrosion and oxidataion of metal : aqueous solution corrosion of metal I (Local corrosion on Stainless steel)||to enable the measurement method for local corrosion on Stainless steel in aqueous solution.|
|Class 8||Corrosion and oxidataion of metal : High temperature oxidation of metal I (sample preparation and oxidation test)||to enable High temperature oxidation of metal, and its sample preparation.|
|Class 9||Corrosion and oxidataion of metal : High temperature oxidation of metal I (determination of oxide film and growth rate)||to enable the determination of oxide phases under High temperature oxidation, and its growth rate analysis.|
|Class 10||[Materials] Ferrous alloy : Microstructural obserbation and hardness measurement||To understand the relation between microstructure and propery of steel and cast iron.|
|Class 11||[Materials] Non-ferrous alloy : Heat treatment and resistivity measurement on age hardenable Al alloys||to understand the change in electro conductivity associated with aging treatment.|
|Class 12||[Materials] Mechanical property : Tensile tests on ferrous and non-ferrous alloys.||To understand the defference in mechanical properties of ferrous and non-ferrous alloys.|
|Class 13||Conclusions||To prepare presentation for general discussion.|
|Class 14||[Materials] General discussion and presentation||To make presentation and discussion about experiments.|
General lab. course of metallurgy (tokyo institute of technology)
nothing in particular
Participation and reports are taken into account for the score.