Unable to attend an INI seminar?
Most seminars are streamed live as well as being archived for later viewing.
| Event | When | Speaker | Title |
|---|---|---|---|
| TGMW78 |
9th September 2020 13:00 to 13:10 |
Mike Cates | Welcome and Introduction |
| TGMW78 |
9th September 2020 13:10 to 13:50 |
Daniel Read | Polymer Rheology (Linear) and Crystalisation |
| TGMW78 |
9th September 2020 13:50 to 14:30 |
Thomas O'Connor | Polymer Melt Dynamics - Tube Theory/Simulations |
| TGMW78 |
9th September 2020 14:30 to 15:10 |
Qian Huang | Experimental Advances in Extensional Flow/Rheometers |
| TGMW78 |
9th September 2020 15:30 to 16:10 |
Berend Smit | Title to be confirmed |
| TGMW78 |
9th September 2020 16:10 to 16:50 |
Andrea Liu | Title to be confirmed |
| TGMW78 |
9th September 2020 16:50 to 17:30 |
Jeff Chen | Can we Replace Computer Simulations of Polymers by Machine Learning |
| TGMW78 |
9th September 2020 17:30 to 18:30 |
Posters, Networking and Drinks | |
| TGMW78 |
10th September 2020 09:30 to 10:10 |
Emanuela Del Gado | Rigidity, Softness and Stress Redistribution in Functional Gels |
| TGMW78 |
10th September 2020 10:10 to 10:50 |
Alfons van Blaaderen | Title to be confirmed |
| TGMW78 |
10th September 2020 10:50 to 11:10 |
Tea, coffee and posters | |
| TGMW78 |
10th September 2020 11:10 to 11:50 |
Michael de Volder | Title to be confirmed |
| TGMW78 |
10th September 2020 11:50 to 12:50 |
Industrial Challenge Pitches | |
| TGMW78 |
10th September 2020 12:50 to 14:00 |
Lunch and Posters | |
| TGMW78 |
10th September 2020 14:00 to 15:00 |
Industry Challenge Pitches | |
| TGMW78 |
10th September 2020 15:00 to 16:00 |
Mixer Session and Posters | |
| TGMW78 |
10th September 2020 16:00 to 17:00 |
Elevator Pitches | |
| TGMW78 |
11th September 2020 09:30 to 10:10 |
More Sustainable Biomass and Macromolecules for Food Applications with a Case Study on Microalgae | |
| TGMW78 |
11th September 2020 10:10 to 10:50 |
Anwesha Sarkar | Plant-based Particles at Fluid-fluid Interface |
| TGMW78 |
11th September 2020 11:10 to 11:50 |
Alejandro Marangoni | Nanoscale Structure and Rheology of Edible Fats |
