Description |
It starts with an introduction to 3D nanostructures, goes through the history of composites, their definition, the reasons we use them, and their parts. Then it talks about the role of matrix and what reinforcement is. Finally it explains how reinforcement prevents composite rupture. |
Mental Challenge |
Does the word “composite” come from “composing”? |
Quizzes and Activities |
Activity: Find three natural composites and explain how their composite nature helps them improve their needed properties. |
Further Reading Sources |
| Zero-dimensional Nanomaterials | 08:37 | |
| Quantum Dots | 10:54 | |
| Magnetic Nanoparticles | 09:48 | |
| Nanopowders | 03:27 |
| One Dimensional Nanostructure | 15:01 | |
| Nanofibers | 17:09 | |
| Carbon Nanofibers | 08:58 | |
| Nanowires | 11:38 |
| An Introduction to Composite | 11:36 | |
| Composites Constituents Interactions | 12:10 | |
| Polymer Matrix Composite | 15:07 | |
| Ceramic-Matrix and Metallic-Matrix Composites | 10:44 | |
| Particle Reinforcement | 15:40 | |
| Nanocomposite | 12:55 | |
| More about Nanocomposites | 16:58 |
| Types of Carbon Structure | 10:41 | |
| Fullerene and Carbon Nanotubes | 07:14 | |
| Types of Carbon Nanotube | 09:28 |
| Porous Nanostructures | 16:46 | |
| An Introduction to Aerogels | 11:34 | |
| Nanoporous Materials | 20:25 |
| Dendrimers | 10:16 | |
| Nanocellulose | 13:53 | |
| Molecularly Imprinted Polymers | 06:00 |
| Natural Nanostructures | 12:03 | |
| Biomimetic Approach | 10:58 | |
| Biomimetic Robots | 14:58 | |
| The Color of Nanostructures in Nature | 20:50 | |
| Synthesis Methods | 08:19 | |
| Lotus Flower Structure | 10:26 | |
| Bones | 17:54 |