WELCOME TO MMMEIC 2025 !
theme Modeling: System Dynamics and Simulation Computer aided geometric design and simulation Modeling and Control Theory Simulation of mechatronics integrated system Finite Volume Method (FVM) Multibody Dynamics (MBD) Computational Fluid Dynamics (CFD) Finite Element Analysis (FEA) Agent based modeling (ABM) Dynamic modeling Biomechanical modeling of robotic surgery Physiological modeling Patient specific modeling Patient process modeling Epidemiological modeling Medical equipment simulation Kinematic model Collision detection and avoidance Task Space Control Tactile feedback simulation Path planning and optimization Real time simulation Mechanical: Mechanics and Mechanical Science CAD/CAM Integration Technology Mechanical Power Engineering Integration of Precision Machinery and Mechatronics Structural Analysis and Design Robotics and Automation Materials Engineering and Manufacturing Processes Fluid dynamics and thermal analysis Medical device design and development Surgical robots and navigation Biomechanics and Medical Devices Energy saving medical equipment Mechanical design and optimization of medical imaging systems Biomedical Materials and Tissue Engineering Biomedical simulation and analysis Biosensors and Bioelectronics Development of biomaterials for tissue engineering Mechanical biology of cell substrate interactions Materials Engineering: biological materials Intelligent materials tissue engineering Surface modification Green materials Structural materials Functional materials Advanced Materials and Nanotechnology 3D printing/additive manufacturing Material characterization and testing Electronic and photonic materials Lightweight and durable prosthetic materials Materials used for reliable communication in medical robots Exoskeleton and assistive equipment materials Imaging equipment enhancement materials Materials used for controlling drug release
-About Plagiarism Check-
Crosscheck Powered by iThenticate will be used for plagiarism check. The amount of duplication from previously published content should be less than 20%; If the amount of duplication is 20% - 35%, modification maybe required; if the amount of duplication exceeds 35%, the article will be rejected. Please note that there will be no refund for no-shows.中文特别声明
出版社在论文出版前会对论文重复率进行检测,重复率大于20%的稿件将被拒绝出版;重复率不大于20%的稿件中,如有整段大面积的直接复制其他作者文章内容的情况,也会被拒绝出版。以上两种涉及抄袭的情况,一旦被出版社证实,文章将被拒绝出版,并且不退回任何会议注册费用。-Record-
All full paper submissions to the MMMEIC 2025 could be written in English and will be sent to at least two reviewers and evaluated based on originality, technical or research content or depth, correctness, relevance to conference, contributions, and readability. All accepted papers of MMMEIC 2025 will be published in the conference proceedings, which will be submitted to EI Compendex, Scopus for indexing.-Submission Portal-
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