Robert Randolph

Rutgers, The State University of New Jersey

Papers

Total Citations

H-Index

About

Robert Randolph is a materials scientist and engineer whose research centers on the fluid dynamics and processing of thermosetting polymers, with a particular focus on silicone-based materials. His most cited work, "Spreading of fast-curing, thermosetting silicones" (2019, 9 citations), provides a foundational experimental and numerical study of how heat-sensitive, platinum-catalyzed silicone droplets (Ecoflex 0050) spread on heated surfaces. This research reveals a critical morphological dependence during curing, offering key insights for additive manufacturing and coating applications where rapid solidification must be precisely controlled. Randolph’s contributions bridge experimental observation and computational modeling, advancing the understanding of non-Newtonian, reactive flow behavior. While his citation count is still growing, his work is notable for addressing a niche but industrially relevant challenge—the interplay between curing kinetics and droplet spreading dynamics. This research has implications for soft robotics, biomedical device fabrication, and high-precision silicone processing, positioning Randolph as an emerging expert in thermoset polymer fluid mechanics.