Course title
物質エネルギー設計特論I   [Advanced Energy and Materials Design I]
Course category courses for the 5-years doctral program  Requirement   Credit 1 
Department   Year   Semester Spring 
Course type Spring  Course code 231003
Instructor(s)
富永 洋一   [TOMINAGA Yoichi]
Facility affiliation Graduate School of Bio-Applications and Systems Engineering Office   Email address

Course description
In this class, you learn basics of polymer physics from both sides of physical and chemical points of views. The contents include mechanical, thermal and electrical properties of polymers which are particularly important for the polymer physics. Goal of this class is to learn skills of fundamentals from the viewpoint of microscopic properties and applications from the viewpoint of macroscopic properties of polymers. This class also focuses on widely professional knowledge obtained from introduction of recent advanced research and actual experimental and samples.
Expected Learning
You can understand mechanical (stress and strain, viscoelastic), thermal (glass transition, relaxation phenomena) and electrical (dielectric, piezoelectric, conducting, ion-conductive) properties of polymeric materials.
Course schedule
Part 0: Class guidance
Part 1: Fundamentals of polymer science
Part 2: Mechanical properties of polymer (strain and stress, viscoelastic properties of polymers), p.190-198
Part 3: Mechanical properties of polymer (elasticity of rubbers, non-linear phenomenon of viscoelastic materials), p.198-204
Part 4: Thermal properties of polymer (Measurement of thermal properties of polymers), p.227-230
Part 5: Thermal properties of polymer (Glass transition, crystallization and melting of polymers), p.230-235
Part 6: Electrical properties of polymer (Dielectric, piezoelectric and conductive properties of polymers), p.237-261
Part 7: Final examination
Prerequisites
Physical chemistry (please note that you cannot take this lecture if you have already taken Polymer Chemistry and Polymer Physics.)
Required Text(s) and Materials
Printed papers are distributed in the class and unnecessary to buy textbooks
References
Refer to the books on polymers in the library
Assessment/Grading
Approximately 20% on report papers, 30% on attendances and 50% on the final examination
Message from instructor(s)
Course keywords
Polymer science, Stress and strain, Viscoelastic, Glass transition, Relaxation, Dielectric, piezoelectric and conductive
Office hours
Anytime in the first floor of Room 121 of Building No. 4
Remarks 1
Remarks 2
Related URL
Lecture Language
English
Language Subject
Last update
3/7/2017 8:33:41 PM