Search Results - "Wanliang Shan" :: K.UTB vyhledávací portál | TBU Library Retrieval Portal

STEERABLE ROBOTIC NEEDLES WITH TUNABLE STIFFNESS SEGMENTS FOR LARGE CURVATURE MANEUVERS

STEERABLE ROBOTIC NEEDLES WITH TUNABLE STIFFNESS SEGMENTS FOR LARGE CURVATURE MANEUVERS

by SHAN, Wanliang
Year of Publication 29.12.2022

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Patent

Buckling and post-buckling of an elastic rod embedded in a bilayer matrix

Buckling and post-buckling of an elastic rod embedded in a bilayer matrix

by Wang, Dong, Hu, Nan, Huang, Shicheng, Nasab, Amir Mohammadi, Yang, Kevin, Abate, Matthew C., Yu, Xiaojiao, Tan, Likun, Shan, Wanliang, Chen, Zi
Published in Extreme Mechanics Letters (01.11.2018)

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Journal Article

HIGHLY TUNABLE DRY ADHESION OF SOFT HOLLOW PILLARS THROUGH SIDEWALL BUCKLING UNDER LOW PRESSURE

HIGHLY TUNABLE DRY ADHESION OF SOFT HOLLOW PILLARS THROUGH SIDEWALL BUCKLING UNDER LOW PRESSURE

by Shan, Wanliang, Wan, Guangchao
Year of Publication 21.03.2024

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Patent

Adhesion between a suspended polymeric film and a metallic substrate: Experiments and models

Adhesion between a suspended polymeric film and a metallic substrate: Experiments and models

by Du, Jing, Hampp, Emily, Shan, Wanliang, Li, Hannah, Papandreou, George, Maryanoff, Cynthia A., Soboyejo, Winston O.
Published in Journal of materials research (28.07.2012)

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Journal Article

POLYMERIC COMPOSITES WITH TUNABLE PROPERTIES

POLYMERIC COMPOSITES WITH TUNABLE PROPERTIES

by Shan, Wanliang
Year of Publication 09.07.2020

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Patent

Methods for fast and reversible dry adhesion tuning between composite structures and substrates using dynamically tunable stiffness

Methods for fast and reversible dry adhesion tuning between composite structures and substrates using dynamically tunable stiffness

by Shan, Wanliang, Turner, Kevin
Year of Publication 01.03.2022

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Patent

METHODS FOR FAST AND REVERSIBLE DRY ADHESION TUNING BETWEEN COMPOSITE STRUCTURES AND SUBSTRATES USING DYNAMICALLY TUNABLE STIFFNESS

METHODS FOR FAST AND REVERSIBLE DRY ADHESION TUNING BETWEEN COMPOSITE STRUCTURES AND SUBSTRATES USING DYNAMICALLY TUNABLE STIFFNESS

by Shan, Wanliang, Turner, Kevin
Year of Publication 23.01.2020

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Patent

Global Optimal Path Planning for Multi-agent Flocking: A Multi-Objective Optimization Approach with NSGA-III

Global Optimal Path Planning for Multi-agent Flocking: A Multi-Objective Optimization Approach with NSGA-III

by Kesireddy, Adarsh, Shan, Wanliang, Xu, Hao
Published in 2019 IEEE Symposium Series on Computational Intelligence (SSCI) (01.12.2019)

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Conference Proceeding

Composition, system, and method for rigidity tuning with conductive thermoplastic elastomer

Composition, system, and method for rigidity tuning with conductive thermoplastic elastomer

by Majidi, Carmel, Shan, Wanliang
Year of Publication 02.07.2019

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Patent

METHODS FOR FAST AND REVERSIBLE DRY ADHESION TUNING BETWEEN COMPOSITE STRUCTURES AND SUBSTRATES USING DYNAMICALLY TUNABLE STIFFNESS

METHODS FOR FAST AND REVERSIBLE DRY ADHESION TUNING BETWEEN COMPOSITE STRUCTURES AND SUBSTRATES USING DYNAMICALLY TUNABLE STIFFNESS

by TURNER, Kevin, SHAN, Wanliang
Year of Publication 09.08.2018

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Patent

Composition, System, and Method for Rigidity Tuning with Conductive Thermoplastic Elastomer

Composition, System, and Method for Rigidity Tuning with Conductive Thermoplastic Elastomer

by Majidi Carmel, Shan Wanliang
Year of Publication 03.08.2017

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Patent

Microstructure Design of Low-Melting-Point Alloy (LMPA)/ Polymer Composites for Dynamic Dry Adhesion Tuning in Soft Gripping

Microstructure Design of Low-Melting-Point Alloy (LMPA)/ Polymer Composites for Dynamic Dry Adhesion Tuning in Soft Gripping

by Xu, Yaopengxiao, Chen, Pei-En, Xu, Wenxiang, Ren, Yi, Shan, Wanliang, Jiao, Yang
Year of Publication 18.02.2020

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Journal Article

Microstructure Design of Low-Melting-Point Alloy (LMPA)/ Polymer Composites for Dynamic Dry Adhesion Tuning in Soft Gripping

Microstructure Design of Low-Melting-Point Alloy (LMPA)/ Polymer Composites for Dynamic Dry Adhesion Tuning in Soft Gripping

by Xu, Yaopengxiao, Chen, Pei-En, Xu, Wenxiang, Ren, Yi, Wanliang Shan, Jiao, Yang
Published in arXiv.org (18.02.2020)

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Paper