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

Timezone：Asia/Shanghai

Day 2,Jun. 10, 2023Saturday

S1-4	Start	End	Duration	ID
S1-4	Concurrent Session 1-4@Concurrent Session 1 10 Jun 2023, 10:15-12:10 Offline Conference Oral Session Timetable V4 Updated：08 Jun 2023, 14:27
Session Chair: Prof. Yancheng Li, Prof. Xinjie Wang
10:15	10:35	20	144	Study on electro-Fenton magnetorheological tribological behavior of the third generation semiconductor wafe Jisheng Pan Professor/Guangdong University of Technology Oral Presentation
10:35	10:55	20	66	Monitoring sedimentation of magnetorheological fluids using an in-situ visual monitoring system with a wide-angle lens Yang Jie postgraduate student/Chongqing University of Science & Technology Oral Presentation
10:55	11:10	15	52	Coarse-Grained Modeling and Simulation of Magnetorheological Fluids Penghui Zhao/Dalian University of Technology Oral Presentation
11:10	11:25	15	21	Scanning measurement of magnetorheological fluid sedimentation process via laser transmission intensity method Zhiyuan Zou/The Key Laboratory of Optoelectronic Technology and Systems (Chongqing University), Ministry of Education, Chongqing, 400044, China Oral Presentation
11:25	11:40	15	26	Study on the improved magnetic-controlled adhesion performance of modified magnetorheological elastomer Di Wang/Chongqing University Oral Presentation

S1-5	Start	End	Duration	ID
S1-5	Concurrent Session 1-5@Concurrent Session 1 10 Jun 2023, 14:00-14:55 Offline Conference Oral Session Timetable V4 Updated：08 Jun 2023, 14:27
Session Chair: Prof. Bo-Gyu Kim
14:00	14:20	20	20	Performances of Planetary Magnetorheological Transmission Devices Xuli Zhu/Shandong University of Science and Technology Oral Presentation
14:20	14:40	20	71	Leaping to “active” with no more cost than “semi-active” – Concept of pseudo-active actuators: Principle, tests, and control Xianxu Bai/Hefei University of Technology Oral Presentation
14:40	14:55	15	126	A Novel Trajectory Prediction Approach for the Active Magnetorheological Fluid Bearing-Rotor System based on VMD-IGWO-LSTM Peng Lai student/China University of Mining and Technology Oral Presentation