Papers
9
Total Citations
51
H-Index
4
About
Fei Dang is a rising researcher in soft robotics and mechanical metamaterials, whose work centers on harnessing elastic instabilities—particularly snap-through buckling—for innovative locomotion and actuation. Dang’s major contributions lie in designing slender, bio-inspired soft robots that mimic animal skeleton joints, as demonstrated in their 2019 paper on elementary slender soft robots, which has garnered 18 citations. They have pioneered the use of confined thin beams and buckled blisters to create rapid, energy-efficient rotary and rolling motions, as seen in their 2024 studies on snap-through mechanisms and motorized buckling, each earning 8 citations. Their rolling soft robot driven by local snap-through buckling (2024, 6 citations) addresses key challenges in speed, energy efficiency, and terrain adaptability. Dang has also advanced sensor design with a single-axis 3D-printed force sensor based on nested flexible rings (2024, 2 citations). With a growing portfolio of nine publications from 2019 to 2025, Dang’s work is shaping the future of soft robotics by turning buckling—often a structural failure mode—into a powerful tool for movement and control.
Research Focus
Key Achievements
Top Papers
- 1Elementary Slender Soft Robots Inspired by Skeleton Joint System of Animals18 citations · 2019
- 2Snap-through mechanism of a thin beam confined in a curved constraint8 citations · 2024
- 3Motorizing the buckled blister for rotary actuation8 citations · 2024
- 4A Rolling Soft Robot Driven by Local Snap-Through Buckling6 citations · 2024
- 5Snap-through mechanism of an elastic bimetal ring for rotary actuation4 citations · 2024
- 6
- 7
- 8
- 9