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Jianwen Zhao

4 accepted papers

2024

Design and validation of slender extensible continuum robot for solar wing re-unfolding in aerospace

ICRA 2024poster

The solar array wing deployment of orbiting satellites cannot be performed due to power failure of the connector caused by uncertain loads such as high temperature or vibration in the launching process of the spacecraft. There is currently a lack of suitable unlocking solutions for solar wing re-unf…

Cited by 0SourceScholar
2024

Kinetostatic Modeling of Retractable and Prismatic Spring Body for Continuum Climbing Robots in Discontinuous Terrains

RA-L 2024

There are few studies on the mechanics of the retractable backbone for continuum climbing robots, especially the non-circular cross-section. The retractable non-circular structure endows the robot with more compact structure, adjustability in initial stiffness, and dexterous mobility in narrow space

Cited by 1SourceScholar
2022

Soft Capacitive Force Sensors With Low Hysteresis Based on Folded and Rolled Structures

RA-L 2022

Force sensors made of a polymer material with soft characteristics have application potential in the fields of soft robotics, exoskeletons, and human motion measurement. However, the hysteresis of soft force sensors is generally large because their sensing materials are rubbers with large dynamic vi

Cited by 9SourceScholar
2021

A Structure for Fast Stiffness-Variation and Omnidirectional-Steering Continuum Manipulator

RA-L 2021

Stiffness variation is useful in soft robots, especially for continuum manipulators which have a high slenderness ratio. Softness intrinsically gives robots high flexibility of movement, but stiffness gives the robots enough carrying capacity. Many types of continuum manipulators can change their st

Cited by 38SourceScholar