Muni Tanuja Anantha
Papers
1
Total Citations
1
H-Index
1
About
Muni Tanuja Anantha is a researcher whose work sits at the intersection of soft robotics and biomimetic design, with a primary focus on enhancing robotic grasping through material science and mechanical compliance. Her most-cited paper, "Selection of hyper-elastic materials and pattern of differentiated soft pads emulating human finger compliance in robotic fingertips" (2025), investigates how fingertip pad compliance—influenced by hyper-elastic material selection, pattern geometry, and compressive load—can be optimized to replicate the nuanced deformability of human fingertips. This work directly addresses a critical challenge in robotic manipulation: improving grasping reliability by mimicking the human finger's unique compliance characteristics. While her citation count is currently modest (1 citation), the novelty of her approach—combining material selection with differentiated pad patterns—positions her as an emerging contributor to the field of soft robotics. Her research holds promise for advancing prosthetic and industrial robotic hands, where adaptive, human-like grip is essential. Anantha’s work underscores a growing trend toward bio-inspired solutions in robotics, and her findings offer a foundational framework for future studies on tactile sensing and dexterous manipulation.
Research Focus
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Top Papers
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