@ Tire Society, Akron, OH

First time in front of such a large audience.


The art of rubber compounding has historically been mastered by a small group of experts with extreme breadth and depth of experience. The rising trend of fluidity between companies is making loyal lifetime "sage compounders" a dying breed and organizations must find new ways to capture and archive experience despite having turnover. Minimizing the time before a new hire becomes productive also becomes critical.

Complex interactions between raw materials and processing make "rules of thumb" insufficient for discovering new technology. These guidelines, even when properly captured, are often overfit to specific scenarios and can be skewed by human cognitive biases—a disadvantage that is especially detrimental when exploring new technology. Machine Learning, on the other hand, is a method of encoding "experience" based on many observations. Industries that have been revolutionized by data science include algorithmic trading, healthcare, and retail. Just as data has taken the art out of sales and stocks, so too could it allow for more accurate formulation development and reduced cycle time.

Two main challenges affect the amount and quality of data that can be acquired:

  1. Many of the standard tests for raw materials are related to verifying material identity and purity rather than predicting compound performance.
  2. Even in the largest rubber development laboratories, the number of material-to-compound observations is relatively small compared to the vast amounts of data available in other industries.

These challenges will need to be overcome in order to develop models of structure / property relationships to evaluate, iterate, and tune each component of a rubber formula and quickly react to business needs.