Ceramic materials have been widely used as a ceramic product conventionally. However, in the past ten years, rapid material
development and innovative research and development especially the electrical and electronics industry is carried out. "Functional
ceramic materials (new ceramics and fine ceramics)" is added many new features, their use and demand has attracted attention
as a new material extending dramatically.
This lecture is to learn the chemical bonding of materials and the manufacturing methods, especially sintering method, which are intimately related to high functional properties of ceramic materials. Moreover, this lecture aims to understand structure and functional properties of ceramic materials. In particular, this lecture is to clarify the high functional properties of ceramic materials such as thermal, mechanical, biological and chemical, electrical and electronic, magnetic, and optical properties.
Attainment target:
Ceramic materials have been related to dramatic development in advanced industries and high technology, and necessary in the field of electronic and magnetic materials and ICT society. Then, this lecture aims to understand ceramic materials, in addition to “Ceramics A”, of which the chemical bonding of ceramics materialsthe, the oxide-based and non-oxide-based ceramics, types of manufacturing methods, material properties, and applications and practical use.
This lecture is to learn the chemical bonding of materials and the manufacturing methods, especially sintering method, which are intimately related to high functional properties of ceramic materials. Moreover, this lecture aims to understand structure and functional properties of ceramic materials. In particular, this lecture is to clarify the high functional properties of ceramic materials such as thermal, mechanical, biological and chemical, electrical and electronic, magnetic, and optical properties.
Attainment target:
Ceramic materials have been related to dramatic development in advanced industries and high technology, and necessary in the field of electronic and magnetic materials and ICT society. Then, this lecture aims to understand ceramic materials, in addition to “Ceramics A”, of which the chemical bonding of ceramics materialsthe, the oxide-based and non-oxide-based ceramics, types of manufacturing methods, material properties, and applications and practical use.
Ceramic materials have many high functional properties not shared by metal and organic materials. This lecture aims to understand
chemical bonding (ionic bond, covalent bond) of ceramic materials, oxide and non-oxide ceramics and the types of manufacturing
methods of ceramic materials, especially sintering method. Then, it is intended to understand the characteristic properties
of ceramic materials, such as thermal, biological and chemical, electrical and electronic, magnetic, and optical properties.
In addition, it is also intended to learn applications and practical use of ceramic materials.
- Understand the classification that depends on the difference in chemical bonding of new ceramics materials
- Understand representative materials, features and applications of oxide type ceramics and non-oxide type ceramics.
- Understand and learn the manufacturing method, especially sintering method, of new ceramic materials.
- Understand and acquire advanced functional characteristics and application fields of new ceramic materials.
| Class schedule | HW assignments (Including preparation and review of the class.) | Amount of Time Required | |
|---|---|---|---|
| 1. | Chemical bonding of ceramics materials １．Definition and characteristics of ionic bonding ２．Definition and characteristics of covalent bond |
Power point to be used in the 1st round of lectures downloaded from the laboratory of the home page, well-read and understand in advance, that you examine related matters, such as terminology in technical books, etc. | 190minutes |
| 2. | Oxide type and non-oxide type ceramics １．Ｏxide type and non-oxide type ceramic materials ２．Characteristics and applications of oxide type and non-oxide type ceramic materials |
Power point to be used in the 2nd round of lectures downloaded from the laboratory of the home page, well-read and understand in advance, that you examine related matters, such as terminology in technical books, etc. | 190minutes |
| 3. | Production method of ceramic material １．Molding method of ceramic material ２．Concept of sintering method ３．Manufacturing method of various ceramics materials |
Power point to be used in the 3rd round of lectures downloaded from the laboratory of the home page, well-read and understand in advance, that you examine related matters, such as terminology in technical books, etc. | 190minutes |
| 4. | Advanced Ceramics Advanced Ceramics (1) １．Thermal function, mechanical function, chemical function ２．Electrical function, electronic function, optical function |
Power point to be used in the 4th round of lectures downloaded from the laboratory of the home page, well-read and understand in advance, that you examine related matters, such as terminology in technical books, etc. | 190minutes |
| 5. | Highly advanced physical properties of new ceramics (2) １．Classification of magnetism ２．Ｃharacteristics,definition and magnetization process of ferromagnetic materials ３．Types, characteristics, applications of permanent magnets |
Power point to be used in the 5th round of lectures downloaded from the laboratory of the home page, well-read and understand in advance, that you examine related matters, such as terminology in technical books, etc. | 190minutes |
| 6. | The future of the ceramic materials 1. The new ceramic materials; expected to apply to practical realization and commercialization 2. Future prospects of the ceramic materials |
Power point to be used in the 6th round of lectures downloaded from the laboratory of the home page, well-read and understand in advance, that you examine related matters, such as terminology in technical books, etc. | 190minutes |
| 7. | Summary of answer description and lecture of final exam with exam questions | The contents of this lecture learned in the previous fiscal year again fully understand and make sure, that the desire to final exam. In addition, after the test, listen to the description of the test answers, be sure to learn the degree of this lecture. | 190minutes |
| Total. | - | - | 1330minutes |
| final exam | Total. | |
|---|---|---|
| 1. | 25% | 25% |
| 2. | 25% | 25% |
| 3. | 25% | 25% |
| 4. | 25% | 25% |
| Total. | 100% | - |
Before every time lectures, we publish the material uesd in lecture on Nagayama Lab homepage. You need to preparetion to the
material in advance. also, you will be sure to print the material.
Enough to understand the physics and chemistry of high school. Plese finished the cource of "Introduction of Materials Engineering
and General Aspects of Materials Engineering" in first year and "Ceramics A" in second year.
- On Tuesday, please come to the lecture room (Omiya campus building No. 4, 2F) from 12: 40 to 13: 00 after the end of the last
term 2 period.
On Monday, Wednesday and Thursday, please come to the laboratory (Toyosu campus building 10F-M-25) from 12:30 to 13:00.
- Course that cultivates an ability for utilizing knowledge
- Course that cultivates a basic problem-solving skills
- Course that cultivates a basic self-management skills
| Work experience | Work experience and relevance to the course content if applicatable |
|---|---|
| N/A | N/A |
Last modified : Thu Mar 21 14:12:25 JST 2019