IEC 2023 Technical Symposium Schedule
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12:35 PM -<br />
1:00 PM Lunch Lunch Lunch<br />
1:00 PM –<br />
1:25 PM<br />
<strong>Symposium</strong>:<br />
Characterization<br />
Influence of Silica and<br />
Silane on the Cure Behavior<br />
in Filled SSBR Compounds -<br />
Anmol Aggarwal<br />
<strong>Symposium</strong>: Advances in<br />
Tires (Continued)<br />
Fundamental Studies of<br />
Fatigue Life of Aramid Tire<br />
Cords - Tanvir Ahmmed<br />
<strong>Symposium</strong>: New Commercial<br />
Developments<br />
Ultra-fine Polyester Staple<br />
Fiber for Rubber<br />
Reinforcement - Mie Kamiyama<br />
<strong>Symposium</strong>: Sustainable<br />
Processes<br />
Closing the Loop for Silicafilled<br />
Passenger Car Tire<br />
Rubber - Rounak Ghosh<br />
Thermo-Mechanical<br />
Devulcanization of ELT Using<br />
a Planetary Roller Extruder -<br />
Michael W. Batton<br />
1:25 PM –<br />
1:50 PM<br />
1:50 PM –<br />
2:15 PM<br />
Understanding the<br />
Crystallinity of Carbon Black<br />
and its Effects on Filled<br />
Rubber Compounds - Sadhan<br />
C. Jana<br />
Physical Characterization of<br />
SuMo Fly Ash Compounds -<br />
Eric Devney<br />
Understanding the Role of<br />
Silica Hybrid Particles with<br />
Styrene-butadiene Rubber<br />
Shells on Tread Compound<br />
Properties - Marcin Sek<br />
<strong>Symposium</strong>: Adhesives<br />
Advances in Rubber to<br />
Substrate Bonding: An<br />
Introduction and Analysis of<br />
Key Principles and<br />
Techniques - Justin Pflug<br />
Utilization of SureMix<br />
Functional Process Aids in<br />
Conjunction With Low-reactive<br />
Silanes and High Performance<br />
Silanization to Enhance<br />
Performance - Gabriel Short<br />
STRUKTOL Performance<br />
Liquids: A Novel Solution<br />
Towards the Performance –<br />
Processability Target Conflict -<br />
Christian Geidel<br />
Vulcanization of an IR/BRcopolymer<br />
Using a CO2-laser<br />
as Inline-curing Method for<br />
Additive Manufacturing of<br />
Rubber-based Parts -<br />
Sebastian Leineweber<br />
Minimizing Temperature<br />
Deviations in Rubber<br />
Extrusion Lines Using<br />
Artificial Neural Network<br />
Based Process Control -<br />
Marco Lukas<br />
<strong>Schedule</strong> current as of: October 15, <strong>2023</strong>. Subject to Change.<br />
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