ADHESIVE

作品数：382被引量：743H指数：12
导出分析报告
相关作者：徐新宏汪南平许林军陈茜潘沪湘更多>>
相关机构：中国人民解放军海军医学研究所东北林业大学东南大学北京天山新材料技术有限责任公司更多>>
相关期刊：更多>>
相关基金：国家自然科学基金中国博士后科学基金国家重点基础研究发展计划北京市自然科学基金更多>>
-
在结果中检索

检索结果分析

结果分析中...
选择条件：
  • 期刊=Journal of Bionic Engineeringx
共 条 记 录，以下是1-10
全选清除导出
参考文献引证文献引用追踪
视图：
排序：
Investigation of Adhesive Perception Based on Friction and Brain Activation
《Journal of Bionic Engineering》2024年第4期1862-1877,共16页Xingxing Fang Wei Tang Shousheng Zhang Tengfei Zhuang 
support from the National Natural Science Foundation of China(Nos.52375224 and 51875566);A Project Funded by the Priority Academic Program Development of Jiangsu Higher Education Institutions.
The enhancement of adhesive perception is crucial to maintaining a stable and comfortable grip of the skin-touch products.To study the tactile perception of adhesive surfaces,subjective evaluation,skin friction and vi...
关键词：Surface adhesion Tactile perception FRICTION Brain activation Neural mass model 
Wheel-legged In-pipe Robot with a Bioinspired Hook and Dry Adhesive Attachment Device
《Journal of Bionic Engineering》2024年第3期1208-1222,共15页Yahong Liu Yi Sun Kai Cao Shutao Wu Xiaofeng Xu Qingfei Han Shikun Wen Huan Shen Guangming Chen Jiajun Xu Zhiwei Yu Aihong Ji 
supported by the Research Fund of State Key Laboratory of Mechanics and Control for Aerospace Structures(1005-IZD23002-25);the National Natural Science Foundation of China under Grant nos.52075248.
In-pipe robots have been widely used in pipes-with smooth inner walls.However,current in-pipe robots face challenges in terms of moving past obstacles and climbing in marine-vessel pipeline systems,which are affected ...
关键词：In-pipe robot Bioinspired attachment device Wheel-legged robot Mechanical design 
A Bioinspired Adhesive Sucker with Both Suction and Adhesion Mechanisms for Three-Dimensional Surfaces被引量：1
《Journal of Bionic Engineering》2022年第6期1671-1683,共13页Jing Li Zhenzhen Song Chuandong Ma Tonghang Sui Peng Yi Jianlin Liu 
National Natural Science Foundation of China[No.51975586,11972375];Shandong Provincial Natural Science Foundation[No.ZR2019QA010,ZR202011050038].
There are significant advantages to investigate underwater attachments,which would be valuable in providing inspirations and design strategies for multi-functional surfaces and underwater robots.Here,an abalone-inspir...
关键词：Adhesion SUCKER ABALONE SUCTION Jamming BIOINSPIRED 
Contact Electrification and Adhesion Between Carbon Nanotube and Graphene on Metal Surfaces: Insights from First-principles Study
《Journal of Bionic Engineering》2022年第1期103-112,共10页Jing Tao Linfeng Wang Jin Li Zhendong Dai 
supported by the National Natural Science Foundation of China(Grant Nos.51505217,51435008,and 51705247);the Fundamental Research Funds for the Central Universities(Grant No.1011/56XAA19014).
The effect of contact electrification on adhesion has been debated in recent years for gecko and bio-inspired dry adhesion material.To understand the fundamentals of this issue for Carbon Nanotube(CNT)dry adhesives,co...
关键词：Contact electrification ADHESION Bio-inspired adhesive CNT First-principles calculation Interfacial interaction 
Gecko-Like Dry Adhesive Surfaces and Their Applications: A Review被引量：5
《Journal of Bionic Engineering》2021年第5期1011-1044,共34页Wei Wang Yang Liu Zongwu Xie 
supported by the Major Research Plan of the National Natural Science Foundation of China[Grant number 91848202];supported by the Self-Planned Task of State Key Laboratory of Robotics and System(HIT)[Grant number SKLRS202106B].
Gecko has the ability to climb flexibly on various natural surfaces because of its fine layered adhesion system of foot,which has motivated researchers to carry out a lot of researches on it.Significant progresses hav...
关键词：Gecko adhesion Gecko-like dry adhesive surfaces Climbing robot Robot gripper Medical adhesive tape 
Optimized Bio-inspired Micro-pillar Dry Adhesive and Its Application for an Unmanned Aerial Vehicle Adhering on and Detaching from a Ceiling被引量：3
《Journal of Bionic Engineering》2020年第1期45-54,共10页Qingsong He Xianrui Xu Zhiwei Yu Kai Huo Zhaoyang Wang Nuo Chen Xuean Sun Gui Yin Peile Du Yang Li Zhendong Dai 
The authors gratefully acknowledge the National Natural Science Foundation of China(No.51605220);Jiangsu Province Natural Science Foundation(No.BK20160793);the High Level Introduction of Talent Research Start-up Fund in NUAA(No.1011-YAH16010)。
Various bio-inspired dry adhesive materials have been investigated.In this work,lithography and silicon deep etching method were used to fabricate bio-inspired micro-pillar dry adhesive materials of which the paramete...
关键词：BIO-INSPIRED DRY ADHESIVE ORTHOGONAL array method UAV adhere CEILING 
Enhanced Adhesion of Mussel-inspired Adhesive through Manipulating Contents of Dopamine Methacrylamide and Molecular Weight of Polymer
《Journal of Bionic Engineering》2018年第3期461-470,共10页Xiong Xiong Yumei Liu Feng Shi Guowei Zhang Jie Weng Shuxin Qu 
This study is supported by National Basic Research Program of China （973 Program, 2012CB933602）, National Natural Science Foundation of China （Grant No. 51372210）, Research Fund for the Doctoral Program of Higher Education of China （Grant No. 20130184110023）, the Basic Research Foundation Key Project of Sichuan Province （Grant No. 2016JY0011）, The Fundamental Research Funds for the Central Universities （Grant No. 2682016YXZT11）, and Basic Research Foundation of Leshan （2017）.
The aim of this study is to investigate the effect of the contents of modified 3, 4-dihydroxyphenyl-L-alanine （DOPA）, named as do- pamine methacrylamide （DMA）, on the adhesion of mussel-inspired adhesives in air a...
关键词：mussel-inspired ADHESIVE ADHESION dopamine methacrylamide 
Advanced Electro-active Dry Adhesive Actuated by an Artificial Muscle Constructed from an Ionic Polymer Metal Composite Reinforced with Nitrogen-doped Carbon Nanocages被引量：8
《Journal of Bionic Engineering》2017年第3期567-578,共12页Qingsong He Xu Yang Zhongyuan Wang Jin Zhao Min Yu Zhen Hu Zhendong Dai 
This work was partially supported by the National Natural Science Foundation of China （Grant Nos. 51605220, U1637101, 51435008）, the Natural Science Foundation of Jiangsu Province （Grant No. BK20160793）, the High Level Introduction of Talent Research Start-up Fund in NUAA （Grant No. 1011-YAH16010）, and Open Project Fund in Jiangsu Provincial Key Laboratory for Interventional Medical Devices （Grant No. jr1601）. The authors would very much like to thank Professor Stanislav N. Gorb in the Department of Functional Morphology and Biome- chanics in the Zoological Institute of the University of Kiel, Germany, for his help with the mushroom-shapeddry adhesives, and also thank Dr. Yajun Xue and Miss Yan Ding for help with the SEM observations.
An advanced electro-active dry adhesive, which was composed of a mushroom-shaped tibrillar dry adhesive array actuated by an Ionic Polymer Metal Composite （IPMC） artificial muscle reinforced with nitrogen-doped carb...
关键词：electro-active dry adhesive bionic ionic polymer metal composite Nation membrane carbon nanocage 
Bioinspired Dry Adhesive Materials and Their Application in Robotics： A Review被引量：12
《Journal of Bionic Engineering》2016年第2期181-199,共19页Yasong Li Jeffrey Krahn Carlo Menon 
Dry adhesives inspired from climbing animals, such as geckos and spiders, rely on van der Waals forces to attach to the opposing surface. Biological fibrillar dry adhesives have a hierarchical structure closely resemb...
关键词：bioinspired gecko adhesive van der Waals forces BIOMIMETIC climbing robot bioinspired tape 
Adhesion Characteristics of a Novel Synthetic Polydimethylsiloxane for Bionic Adhesive Pads被引量：6
《Journal of Bionic Engineering》2014年第3期371-377,共7页Qingsong He Min Yu Yang Li Xinlong Chen Hao Zhang Ling Gong Zhendong Dai 
Acknowledgments The authors would like to thank Mr Y. J. Xue for his help with the SEM measurements, Miss H. H. Zhao for her help in fabricating the graphene sheets, and Mr. X. D Sun for his help in measuring the elastic moduli of tile NPWC and NPWOC materials. This work was supported in part by the National Natural Science Foundation of China （Grant Nos. 51175251, 51275237 and 61161120323）, by the Natural Science Foundation of Jiangsu Province （Grant No. BK2011734）, by the Funding for Outstanding Doctoral Dissertation in NUAA （Grant No. BCXJ11-06）, by the Funding of Jiangsu Innovation Program for Graduate Education （Grant No. CXLX11_0178）, and by the Fundamental Research Funds for Central Universities.
Materials with appropriate adhesive properties are suitable for the fabrication of bionic adhesive pads. In this study, a novel polydimethylsiloxane （PDMS） material enhanced with two types of crosslinkers, carbon na...
关键词：polymeric composite ADHESION carbon materials surface energy BIONIC 
全选清除导出
共2页<12>
检索报告 对象比较 聚类工具 使用帮助 返回顶部