会议介绍
The International Conference on Vibration Engineering (ICVE) serves as a vital platform that brings together
scholars and engineers with a shared interest in vibration theory and its engineering applications. It stands as a
significant venue for interdisciplinary dialogue and collaboration, attracting a diverse audience from academia,
research institutions, and industry. Since its inception, the ICVE has been held in various cities, including Wuhan,
Chongqing (1990), Beijing (1994), Hong Kong (1995), Dalian (1998), Nanjing (2002), Dalian (2008), Shanghai (2015),
and Shanghai (2021). The 9th International Conference on Vibration Engineering (ICVE2025) is scheduled to take
place from October 24-26, 2025, at the Nanjing International Conference Hotel, Nanjing, China.
This conference offers a rigorous and innovative forum, offering emerging researchers the opportunity to gain
valuable insights, enabling seasoned professionals to stay at the cutting edge of the latest advancements, and
fostering meaningful networking opportunities for all participants. A symposium for young elite scientists will be
scheduled during the conference. Submissions are invited for research papers, innovative studies, and works in
progress that investigate various aspects of vibration in engineering contexts.
The extended abstract and full paper should comprehensively define the research objectives, current status,
methodology and results of the study. All submissions will be evaluated by the International Technical Committee
(ITC) and excellent full papers will be recognized and recommended for publication in top journals.
To submit an abstract, extended abstract, full paper or poster, please utilize the online submission system
https://icve2025.scimeeting.cn
and follow the corresponding templates. Authors can submit the abstract and the extended abstract
or full paper (optional) before Sep 30, 2025. Please ensure that all submission steps are completed
accurately and that the correct session ID is selected.
【投稿】请点击下方具体【分会场】
- 分会会场
- Structural dynamics in engineeringNonlinear vibration and analysisMulti-body and robotic dynamicsStochastic vibration and uncertainty quantificationRotor dynamicsSpacecraft dynamics and controlDynamics of vehicle and transportation systemNeurodynamics and oscillations in biological systems
- Aeroelastic dynamics and fluid-structure interactionComputational methods in dynamicsVibro-acousticsVibration harvesting and isolationElastic metamaterials/metasurfaces for vibration controlDynamic measurement and signal processingFault diagnosis and health monitoringData-driven and artificial intelligence in dynamics
- Human factors and intelligent reduction of vibration and noiseDynamic design in engineeringInverse problems in vibrationVibration of magnetic suspension systemWind-induced vibration and controlDynamics analysis and vibration suppression of space antennaNonlinear Vibration Control in EngineeringFractional-Order Systems Dynamics and Computation
- Advances in Random Vibration Analysis and Stochastic Dynamics of Engineering SystemsKey dynamic issues of low-altitude aircraftVibration Control and Energy Harvesting for Low-Carbon Development
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