Course title
機械システム工学セミナーⅠ   [Mechanical Systems Engineering Thesis: Seminar Ⅰ]
Course category common courses  Requirement   Credit 4 
Department   Year   Semester YearLong 
Course type YearLong  Course code 1063002
Instructor(s)
高橋 徹   [TAKAHASHI Tohru]
Facility affiliation Faculty of Engineering Office Koganei, bldg#6 room304  Email address

Course description
Specialized and advanced studies will be introduced in this course with relevance to materials engineering to enhance tha ability in understanding and analyzing the fundamental mechanisms of materials behavior of mainly metals and alloys.
Expected Learning
This course aims to help the graduate students in the materials engineering laboratory study self-consistently about the principles in making researches on materials characterization and mechanical property through the following abilities.
1) capability in explaining the materials characters based on their structure and chemical bonding
2) capability in experimantal measurement on mechanical propertis of the engineering materials
3) capability in applying a proper thermal/mechanical processing on metallic alloys
4) capability in making detailed analysis upon the mechanisms of matrials behavior
Course schedule
Seminars and colloquia will be given on topics as follows
(1) materials science and engineering
(2) mechanical responses of solid materials, stress-strain relationship
(3) elasticity, plasticity and toughness of materials
(4) dislocation theory of plastic deformation and strengthening mechanisms
(5) constitutive laws governing the yield strength of metals and alloys
(6) temperature-, stress-, and strain rate- dependence of flow stresses
(7) diffusion-controlled processes in materials
(8) diffusionless transformations: athermal martensite and thermoelastic martensite
(9) deformation mechanism maps and material property charts
(10) materials selection rules and materials optimization
(11) microstructural evolution and control during thermal and mechanical processing
(12) structure-property-process-performance interrelationship
(13) thermodynamic aspect of phase equilibria, phase constitution and phase reactions
(14) practical alloys in particular
(15) creep and fatigue of structural materials in serivice
Prerequisites
none, especially
Required Text(s) and Materials
Cahn and Haasen, Physical Metallurgy
Hirth, Theory of Dislocations
References
Binary Alloy Phase Diagrams
Smithell's Metals Reference book
Assessment/Grading
Evaluation will be made upon the students' ability in making detailed and critical analysis upon the reported technical papers.
Message from instructor(s)
Course keywords
materials structure, mechanical property, materials processing, materials strength, plastic deformation
Office hours
Remarks 1
Remarks 2
Related URL
Lecture Language
Japanese
Language Subject
English
Last update
12/27/2019 8:28:11 PM