Camilo Esteban Miranda Pulido
Papers
2
Total Citations
2
H-Index
1
About
Camilo Esteban Miranda Pulido is a rising researcher in soft robotics and granular mechanics, whose work focuses on the fundamental physics underlying granular jamming grippers—a class of soft robotic systems that conform to and securely grasp objects by solidifying granular media under vacuum. His key contributions lie in using Discrete Element Method (DEM) simulations to unravel how particle shape, size, and contact evolution govern gripping performance. In his 2025 studies, Miranda Pulido demonstrates that the microscopic characteristics of granular materials directly dictate macroscopic gripping efficacy, providing a computational framework for designing more reliable and adaptable grippers. Though his most-cited papers are early in their citation life, they represent foundational steps toward optimizing soft robotic manipulation for industrial and medical applications. By bridging granular physics with robotics, his work offers engineers a predictive tool to tailor gripper performance without costly trial-and-error. Miranda Pulido’s research is especially notable for its rigorous DEM-based approach, which moves beyond empirical observation to reveal the contact mechanics that enable these grippers to handle delicate or irregularly shaped objects. His findings promise to advance the versatility of soft robotics in real-world settings.
Research Focus
Key Achievements
Top Papers
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