Papers
2
Total Citations
19
H-Index
2
About
Shuang Nie is a rising researcher in the field of bio-inspired soft robotics, with a focused expertise in water hydraulic actuation systems for underwater applications. Their work addresses a critical challenge in marine robotics: creating flexible, dexterous manipulators that can operate effectively in aquatic environments. Nie’s major contributions include the design and optimization of novel soft actuators that mimic natural biological structures. Their most cited paper introduces a three-dimensional spiral water hydraulic soft actuator (3D-SWHSA), inspired by the winding motion of an elephant’s trunk, which enables precise, multi-directional deformation for underwater grasping. This work has garnered 12 citations, signaling growing interest in their approach. A second key study, with 7 citations, presents a water hydraulic flexible gripper that integrates a flexible inner skeleton with a soft external skin, achieving a unique balance of structural support and compliance. Together, these innovations advance the practicality of soft robotics for underwater manipulation, offering safer, more adaptable alternatives to rigid systems. Nie’s research is particularly notable for its direct application to underwater flexible grippers, positioning them as a promising contributor to the next generation of marine robotics.
Research Focus
Key Achievements
Top Papers
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