WCCM 2026 Proceedings will be published by Springer, one of the world’s leading scientific publishers.
To ensure maximum visibility, the published papers will be indexed in Scopus, making your research accessible and citable worldwide.
It is planned to publish the peer-reviewed and selected papers of the conference as proceedings with Springer in their prestigious “Lecture Notes in Mechanical Engineering” series (https://link.springer.com/series/11236).
For detailed instructions for author and editors of conference proceedings, kindly visit the following link: https://www.springer.com/us/authors-editors/conference-proceedings.
Select papers from the conference will be published by Springer as a proceedings book volume.
Springer will conduct quality checks on the accepted papers and only papers that pass these checks will be published. Abstracts/extended abstracts and short papers (less than 4 pages) are not considered for publication.
Be part of the international community shaping the future of Condition Monitoring and Maintenance.
Discover the author guidelines and submit your abstract!
HOW TO SUBMIT AN ABSTRACT
1. Please click here to register/login to the conference project.
2. Once you’ve registered, log-in and click on the tab “My Papers”
3. Click on “Add paper” and fill-in all the compulsory fields to submit your paper’s proposal
Notice:
• Speakers can present a maximum of 2 papers each
• To have the paper published after peer-review in the Conference proceedings, edited by Springer, it is required a full registration fee by at least one of the authors
Topics
The congress welcomes original contributions on a wide range of topics, including:
1. Condition monitoring technologies and systems
Dynamical system analysis
Modal analysis
Architecture of condition monitoring systems
Noise and vibration of assets
Condition monitoring via performance characteristics
Computational fluid dynamics for condition monitoring
Computational methods for condition monitoring
Adaptation of condition monitoring technologies
Lubrication, tribology and tribo-vibroacoustics for condition monitoring
Non-destructive testing and evaluation (NDTE): technologies and systems
Communication for condition monitoring
Design improvement via condition monitoring
Condition monitoring: case studies
Digitalization for condition monitoring
Hardware and software platforms for condition monitoring systems
Structural health monitoring technologies and systems
Wireless techniques and systems for condition monitoring
2. Sensors and Data Acquisition
Measurement for condition monitoring
Sensor fusion
Embedded sensors
Data mining and fusion
Energy harvesting sensors
Internet of things and services
Non-destructive testing and evaluation (NDTE): technologies and systems
3. Signal Processing and Machine Learning
Time, frequency and time-frequency signal processing
Multiresolution analysis
Linear and nonlinear signal processing
Big data, data analytics and smart data management
Image processing
Finite element analysis
High performance computing
Pattern recognition, machine learning and artificial intelligence
Machine learning-based feature extraction
4. Fault Diagnosis and Prognostics
Fault detection and classification
Physics of failure, failure modes
Failure consequences
Failure assessment
Root cause analysis of faults
Root cause analysis techniques
Root cause analysis: case studies
Remaining useful life (RUL) estimation
Predictive maintenance strategies
AI and deep learning in fault diagnosis
Model and data driven prognostics
Fatigue and fracture prognosis
Prognostics: case studies
5. Materials
Materials manufacturing and characterization
Strain/Stress analysis
Fatigue and fracture
6. Maintenance and Reliability
Maintenance management 4.0 strategy
Health & safety in maintenance
Risk based maintenance and risk management
Asset management systems
Sustainability of complex assets
Repair and overhaul
Life-cycle analysis for maintenance
Through-life support
Maintenance: case studies
Reliability centered maintenance
Reliability engineering and management
Design for optimal maintainability
Equipment troubleshooting
7. Industrial Applications of Condition Monitoring
Logistics and spare part management, maintenance supply chain
Manufacturing systems and smart factories
Electrical and Power System Monitoring
Condition Monitoring in Transportation Systems
Nano technologies for condition monitoring
Robotics for condition monitoring and maintenance
8. Standards, Education, and Case Studies
Training and certification for condition monitoring and maintenance
Standard and new sensors and actuators
Standards for condition monitoring and maintenance
Condition monitoring and maintenance education
Key Dates to Remember
Deadline for abstract submission: January 30, 2026
Notification of abstract acceptance: February 28, 2026
Deadline for submission of full papers: April 30, 2026
Deadline for Speakers registration & payment: April 30, 2026
Deadline for Early bird registration & payment: June 10, 2026
Standard Registration Deadline: July 31, 2026