The 18th International Conference on Electrorheological Fluids and Magnetorheological Suspensions (ERMR 2023)

2023年06月09日~12日

中国 · Chongqing · Kingworld Hotel

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时刻表

时区：Asia/Shanghai

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第3天2023年06月11日星期日

S2-6	开始	结束	持续	编号	标题
S2-6	Concurrent Session 2-6@Concurrent Session 2 2023年06月11日 10:00~12:10 线下口头报告时刻表 V7 发布时间：2023-06-08 20:51:23
Session Chair: Prof. Seung-Bok Choi
10:00	10:15	15	77	Programmable ferromagnetic soft smart structures with integrated sensing-actuation Wenheng Han PhD students/Lanzhou University 口头报告
10:15	10:30	15	54	Magnetic Colloidal Ratchet Effect in a Shear-thinning Fluid Guillermo Camacho/University of Granada 口头报告
10:30	10:45	15	10	Particle-level Dynamic Simulation for Magnetorheological Properties of the Magnetic Fluid Based on nanospheres-Chains 康王/中国科学技术大学口头报告
10:45	11:00	15	135	A study on bi-directional tunability magnetorheological vibration absorber for pipeline Yuanpeng Xie/Chongqing University 口头报告
11:00	11:15	15		Preparation, magnetorheological properties and stability of ci-mxene based magnetorheological fluid
11:15	11:30	15	63	Design of a Stiffness-Tunable and Energy-Efficient Hand Exoskeleton for Enhancement of Grip Endurance and Strength Xianlong Mai/University of Science and Technology of China 口头报告
11:30	11:45	15	64	Electrorheological Properties of Phosphonium-based Polyionic Liquid and Its Composites with Halloysite and Graphene oxide Gokce Calis-Ismetoglu Research assistant/Gazi University 口头报告
11:45	12:00	15	37	Development of a Joint Actuation with High Dexterity and Strong Explosive Output Capacity Shengfeng Zhu/University of Science and Technology of China 口头报告

S2-7	开始	结束	持续	编号	标题
S2-7	Concurrent Session 2-7 & 2-8@Concurrent Session 2 2023年06月11日 14:00~16:00 线下口头报告时刻表 V7 发布时间：2023-06-08 20:51:23
Session Chair: Prof. Seung-Bok Choi
14:00	14:15	15	57	Quasi-Passive Lower Extremity Exoskeleton with Clutched Parallel Elastic Magnetorheological Actuators for Jumping Assistance and Safe Landing Wenpan Wang/University of Science and Technology of China 口头报告
14:15	14:30	15	133	Tunable Magnetorheological Electromagnetic Absorber Based on Multiscale Design and Topology Ruyi Gan/Chongqing university 口头报告
14:30	14:45	15	48	Magnetorheological elastomer based multi-functional e-skins with thermal-magnetic-mechanical monitoring performance 帅刘 Doctoral candidate/中国科学技术大学口头报告
14:45	15:00	15	61	Experimental study and modeling of a novel MSSE joint for high-speed train Liping Gong/University of Wollongong 口头报告
15:00	15:15	15	90	Investigation on the anti-sedimentation of a magnetorheological rotary brake with the shaft integrating self-homogenization function Tong Wu none/Beijing institute of technology 口头报告
15:15	15:30	15	123	Mechanism of Shear-Thinning Effects of Magnetorheological Fluid: Particle Chains Breaking off Haopeng Li Dr./China University of Mining and Technology 口头报告
15:30	15:45	15	100	Controlled Particle Migration in Magnetorheological Fluid utilized for Online Rotor Balancing Valentin Schreiner Research Assistant/Technische Universität Berlin 口头报告
15:45	16:00	15		Tea Break
Session Chair: Prof. Xianxu Bai, A. Prof. Ping-an Yang
16:00	16:20	20	84	Mechanical mechanism of bionic buffer transmission of magnetorheological intelligent transmission joint for robots Hai Yang postgraduate student/College of Mechanical Engineering, Donghua University 张贴报告
16:20	16:40	20	147	State estimation of all-terrain vehicle with magnetorheological suspension Lei Luo/Chongqing University 特邀报告
16:40	16:55	15	94	Revealing the interaction mechanism among the compound motion, the variable action gap and the speed reduction performance of a miniature MR brake Tairong Zhu student/Beijing Institute of Technology 口头报告
16:55	17:10	15	28	Sensing method on magnetorheological fluid concentration and in-situ settlement monitoring based on wire wound inductor Na An/Key Laboratory of Optoelectronic Technology and Systems (Chongqing University),Ministry of Education 口头报告
17:10	17:25	15	79	A Novel ‘S’ Chain Structure Mechanism Model of Magneto-Rheological Elastomer Hailong Zhang Associated Professor/Nanjing Normal University 口头报告
17:25	17:40	15	148	Study of a method on measurement of magnetorheological fluid redispersibility Wei Zhou/Chongqing University 口头报告
17:40	17:55	15	112	Research on a Novel Intelligent Ship Collision Prevention Progressive Anti Collision Magnetorheological Damper 口头报告

重要日期

会议日期

06月09日

2023

至

06月12日

2023
03月15日 2023

摘要录用通知日期
03月31日 2023

摘要截稿日期
06月12日 2023

注册截止日期
09月20日 2023

初稿截稿日期

主办单位

Chongqing University
University of Science and Technology of China

联系方式

Registration/Event Questions
er******@cqu.edu.cn

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