Course Schedule
Lecture |
Lecturer |
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|
Opening Ceremony |
|
Tutorial |
How to register and start learning |
|
1 |
Low dimension electronic materials synthesis and characterization |
Yi Pan |
2 |
Landau theory of martensitic and ferroelastic phase transitions |
Ekhard Salje |
3 |
Introduction to Thermal Spray Coatings Research Advances and their Applications |
Changjiu Li |
4 |
1. Introduction of laser applications 2. Modeling and simulation of laser materials processing |
Na Suck Joo |
5 |
3D printed superalloy single crystals and heat treatment |
Gai Chen |
6 |
Beauty of materials' structural defects |
Haijun Wu |
7 |
A framework for pitting corrosion based on pit growth stability |
Gerald S. Frankel |
8 |
An introduction to advanced ceramics and composites |
Jiping Wang |
9 |
Two-dimensional materials for supercapacitors |
Farshad Boorbor Ajdari |
10 |
Recent advances in fabrication and applications of superhydrophobic surfaces |
Hejie Yang |
11 |
Nano-materials based sensors and its applications |
Shafa Mohammad |
12 |
An introduction to IKCEST |
|
|
Grad Ceremony(Online Assessment, Online Examination) |
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【Course Introduction】This course is composed of a series of lectures on the current frontiers of materials science and engineering. They are given by the researcher who are exporters in many different fields. There are 11 lectures in total. We are going to introduce the basic knowledge and development of metallic, ceramic, electronic and other functional materials, which has scientific and technologic significance for future applications in the field of clean energy, aero-engine, electronic devices etc. In addition, we are also going to introduce some state-of-the-art theoretical and experimental methodologies for material research, including phase transitions theory, 3D printing and advanced transmission electronic microscopy.
To have better understanding of these lectures, it requires the students to have basic knowledge of college physics, chemistry and mathematics. The lectures are introductory but covers the latest advances, therefore it’s friendly to both the junior undergraduate students who are interested in materials science and the senior students who are seeking a research direction for Master or PhD degree.
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