@@velislavrusev8524 Thank you for your great feedback. The next episode will disclose some of the applications of these materials. It is even more amazing🙏. Hope you will follow
With only a few references appearing in my mind about mechanics (e.g. Golf- and Tennis Balls doing deforming and “reset”) when thinking of this theme I’m curious and looking forward going into “Real life” during next episode… ⏳🤓
@@StenEttrup Mehrshad will disclose some very interesting applications in part2 of this episode. Hopefully it will be ready for upload in the weekend. There are some amazing applications within medtec where personal designed Implants will be discussed. Something to look forward to🤩
If you are interested in reading the book edited by Mehrshad you can find it here: shop.elsevier.com/books/additive-manufacturing-of-shape-memory-materials/mehrpouya/978-0-443-29594-2
Very nice interview of Prof. Mehrshad.
@@shashimohan7593 Thank you. He really managed to make me understand how Shape Memory Alloys work👌🙏
Compliments for the video lecture, it is really insightful and easy to understand.
@@velislavrusev8524 Thank you for your great feedback. The next episode will disclose some of the applications of these materials. It is even more amazing🙏. Hope you will follow
With only a few references appearing in my mind about mechanics (e.g. Golf- and Tennis Balls doing deforming and “reset”) when thinking of this theme I’m curious and looking forward going into “Real life” during next episode… ⏳🤓
@@StenEttrup Mehrshad will disclose some very interesting applications in part2 of this episode. Hopefully it will be ready for upload in the weekend.
There are some amazing applications within medtec where personal designed Implants will be discussed. Something to look forward to🤩
If you are interested in reading the book edited by Mehrshad you can find it here: shop.elsevier.com/books/additive-manufacturing-of-shape-memory-materials/mehrpouya/978-0-443-29594-2