Fluid and Soft Robotics Laboratory5
Welcome to Fluid and Soft Robotics Lab!
At the Fluid and Soft Robotics Lab, we focus on developing adaptive, highly responsive systems by utilizing the unique properties of fluids and soft matter. By studying the physics of interactions between flexible structures and fluids, we design and create systems that are fluid-responsive and fluid-powered, allowing them to be adaptable and responsive to changing environments.
Advisor Professor : Jung, Sohyun
Fluid and Soft Robotics Laboratory Homepage
At the Fluid and Soft Robotics Lab, we focus on developing adaptive, highly responsive systems by utilizing the unique properties of fluids and soft matter. By studying the physics of interactions between flexible structures and fluids, we design and create systems that are fluid-responsive and fluid-powered, allowing them to be adaptable and responsive to changing environments.
Advisor Professor : Jung, Sohyun
Fluid and Soft Robotics Laboratory Homepage
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Recent Submissions
- Viola seed pod architecture shapes sequential, force-augmented pinching
- Soil water harvest inspired by desert horned lizards, Phrynosoma platyrhinos
- 친수성 표면 위에서 나노입자 현탁액 미세 액적의 퍼짐 역학
- Bioinspired and biohybrid soft robots: Principles and emerging technologies
- Avian mud nest architecture by self-secreted saliva