Conference Description:

The 8th Int'l Conference on Acoustics, Vibration and Noise Control(CAVNC 2025)
Website?https://www.academicx.org/CAVN C/2025/
Date?August 9-11, 2025
Venue?Guilin, China

The 8th Int'l Conference on Acoustics, Vibration and Noise Control (CAVNC 2025) will be held from August 9-11, 2025 in Guilin, China. You are invited to submit papers and participate in our academic exchange.

Important dates
Full Paper Due: July 17, 2025
Abstract Due: July 24, 2025
Audience Registration Due: July 31, 2025

Conference Background
CAVNC 2025 is a significant platform that unites leading researchers and industry experts from around the world in the fields of Acoustics, Vibration, and Noise Control. This event offers a unique opportunity for scientific researchers, industry professionals, faculty members, and students from educational institutions to engage in meaningful communication and collaboration. By sharing diverse perspectives and innovative research findings, we will collectively explore the extensive applications of Acoustics, Vibration, and Noise Control. Together, we aim to advance knowledge and drive advancements in these critical areas.

Conference Highlights
· International Perspective: Gathering experts and scholars from around the world to share the latest research achievements and developments in the field of Acoustics, Vibration and Noise Control.
· Rich Agenda: The conference will include keynote speeches, technical sessions, and interactive sessions to facilitate knowledge exchange and inspire innovative thinking.
· Beauty of Guilin: Guilin is renowned for its unique karst topography and beautiful landscapes, often referred to as "the best scenery under heaven." As you travel along the Li River, you will encounter picturesque peaks, verdant bamboo groves, and crystal-clear waters, creating a scene that seems to leap from a traditional Chinese landscape painting. The city is also home to numerous historical and cultural sites, such as Elephant Trunk Hill, Seven Star Cave, and Jingjiang Princes' City, which attract countless visitors eager to explore the rich history and vibrant culture.
· One-Day Tour After the Conference: Yangshuo (To Be Determined)

Attendance Methods
1.Regular Attendance ( No Submission Required ) 
You're also welcome to attend our conference (without submitting full paper or abstract).
2.Abstract submission
Submit abstract ( Regular Attendance + Abstract + Presentation )
You are welcome to submit abstract for oral presentation or poster presentation.
3. Full Paper submission
Submit full paper ( Regular Attendance + Paper Publication + Presentation )
You are invited to submit papers and participate in our academic exchange. One author will be invited to make an oral presentation and the paper will be published.
Publication: All the accepted papers will be published by a peer-reviewed open access journal that can ensure the widest dissemination of your published work.
* If you are interested in it, please submit your paper/abstract by email directly.

Provisional schedule
August 9 - Registration and Collecting Conference Materials
August 10 - Keynote Speech Session
August 11 - Technical Session

Contact Us
Email: [email protected]
Whatsapp: 0086 18672346485
Tel: +86 18627814037
QQ: 1349406763
Wechat: 18627814037 / 3025797047
Official Account: Academic Communications

Topics: The conference is soliciting state-of-the-art research papers in the following areas of interest:
Acoustics
Airborne Acoustics
Architectural Acoustics
Bioacoustics
Building and Room Acoustics
Architectural Acoustics
Communication Acoustics
Computational Acoustics
Electro-acoustic and Audio Engineering
Environmental Acoustics
Forensic Acoustics
Aerodynamic and Acoustic Flight Tests
Medical Acoustics
Musical Acoustics
Physical Acoustics
Underwater Acoustics
Acoustical Engineering
Vibration Acoustics
Ultrasonics
Structural Acoustic
Aeroacoustics
Applied Acoustics
Audio Engineering
Electroacoustics
Acoustic Levitation
Acoustical Oceanography
Acoustics for Navigation
Acoustics of Bubbles
Acoustic Tomography

Vibration and Noise Control
Advanced Vibration
Construction Vibration
Vibration Isolation of Buildings
Vibration Modal and Fatigue Analysis
Machinery and Equipment Vibration Isolation
Insulation of building elements
Vibration control
Environmental Noise Assessments
Noise Contour Maps
Noise Impacts
Noise Risk Assessments
Noise Studies for Land-use Planning
Noise Sources and control
Noise Exposure
Stationary Noise Source Measurements
HVAC Noise Control
Industrial Noise Control
Traffic Noise and Vibration
Wind Turbine Noise
Other related topics