Erica Hocking
Papers
2
Total Citations
80
H-Index
2
About
Erica Hocking is a researcher specializing in soft robotics and biomechanical actuation, with a particular focus on the development and miniaturization of pneumatic artificial muscles (PAMs). Her work sits at the intersection of mechanical engineering, materials science, and bio-inspired robotics, addressing fundamental challenges in scaling down flexible actuator technologies for practical applications. Hocking's most significant contribution lies in her rigorous investigation of nonlinear elastic behavior in miniature PAMs, a 2012 study that has garnered 78 citations and established her as a key voice in understanding the complex mechanical properties that govern these actuators at small scales. This foundational analysis has proven invaluable to researchers designing lightweight, high-performance systems where traditional rigid actuators fall short. Building on this work, she extended her research toward practical implementation, contributing to the fabrication and characterization of small-scale PAMs specifically designed for bio-inspired robotic hands — a compelling application that bridges theoretical modeling with real-world assistive and robotic technologies. Her research addresses a critical need in the field: as demand grows for compact, compliant robotic systems that mimic human movement, Hocking's insights into miniaturized PAM behavior provide essential groundwork for the next generation of dexterous, soft robotic devices.
Research Focus
Key Achievements
Top Papers
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- 2