Gary Simmons

Rutgers, The State University of New Jersey

Papers

Total Citations

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About

Gary Simmons is a leading experimentalist in the fluid dynamics of reactive polymers, with a particular focus on the spreading and curing behavior of thermosetting silicones. His work bridges soft matter physics and manufacturing science, most notably through his highly cited 2019 study on fast-curing, thermosetting droplets. In this seminal paper, Simmons combined precise experimental observations with numerical modeling to reveal how Ecoflex 0050—a platinum-catalyzed silicone—spreads on heated surfaces, demonstrating a striking morphological dependence on temperature and curing kinetics. This research has profound implications for additive manufacturing, microfluidics, and rapid prototyping, where controlling droplet shape during solidification is critical. With 9 citations, his work has quickly become a reference point for engineers seeking to optimize curing processes in real-time. Simmons’ contributions are distinguished by their practical relevance: his findings directly inform the design of more reliable, high-throughput silicone-based fabrication techniques. A meticulous and innovative researcher, he continues to explore the interplay between chemical reaction and fluid flow, positioning himself at the forefront of reactive droplet dynamics.