31:54
Steve Fournier of General Atomics Aeronautical Systems shares his experience in the practical implementation of additive manufacturing for aerospace and drone components, and the lessons he has learned.
32:35
Professor Yeon Sik Jung of KAIST Funnano Lab discusses his work using quantum dots to enhance the properties of OLED devices.
31:07
Dr. Ruitao Su of the MIT Computational Design and Fabrication Group presents his work on using 3D printing techniques to manufacture flexible OLED display components. Dr. Su also shows several short videos of 3D printing in action.
32:27
Jenny Hay, Senior Applications Scientist at KLA Instruments, discusses the importance of characterizing the mechanical strength of anti-reflective coatings, including a live demonstration using the iMicro nanoindenter.
35:14
Grace McClintock of Pixelligent discusses the development and characterization of advanced display films, including nanomechanical analysis.
29:02
Professor Ruobing Bai of Northeastern University discusses his research on the unusual properties of liquid crystal elastomers.
01:05:08
Dr. Marzyeh Moradi of KLA Instruments discusses sample preparation and testing parameters, and performs a live demo of a nano-scratch test. Post-test optical images are also presented,
31:39
Dr. Jeff Sakamoto of the University of Michigan discusses his latest research into mechanical and electrochemical stability for solid state battery materials.
39:27
Dr. Erik Herbert of Michigan Tech's Material Science and Engineering Department discusses the impact of mechanical stress at the solid state electrolyte interface.
25:26
Justin Lach of KLA Ann Arbor brings his expertise to bear on the analysis requirements for solid state battery materials.
01:07:27
KLA Instruments的谢存毅博士就纳米划痕测试以及测试后的结果进行了理论上的讨论。
30:37
Dr. Kurt Johanns of KLA Instruments discusses high strain rate nanoindentation. In English with Chinese subtitles. KLA Instruments 的 Kurt Johanns博士就高应变率纳米压痕技术进行了讨论。 英文演讲，配中文字幕。
