Full Paper Submission

All authors have been informed about the acceptance of their abstracts. The deadline for uploading the camera-ready full papers is August 11, 2023. For oral presenters, the paper should not exceed 6 pages. Poster authors are requested to submit a paper of approximately four pages.

Please note that we are using the standard IEEE paper template, it can be downloaded below both in docx- and in Latex-format. Before you upload the final version of your paper in ConfTool, the PDF file must pass the IEEE PDF eXpress checker, otherwise the upload in ConfTool will not be possible. The conference ID for this is as follows: 60375X.

An electronic version of the papers will be distributed at the event and will also be available through IEEE Xplore after the conference.

Downloads

Word – Template:

Download here (.docx/33 KB)

Latex – Template :

Download here (.zip/760 KB)

Accepted papers will be submitted for inclusion into IEEE Xplore subject to meeting IEEE Xplore’s scope and quality requirements.

Timeline

The paper upload is now open. You will need to submit your full paper in pdf format. Please make sure to use the IEEE paper template provided on this page and to go through the IEEE PDF eXpress checker, before uploading your camera-ready paper through the conference system.

While you are uploading the paper, you will also be asked to identify the presenting author and to provide a short bio of him or her.

Contact

In case you experience any problems with the submission process, please contact the conference office at therminic@mcc-events.de.

Thermal Phenomena in Simulation & Experiment:

• Thermal management of electronic components and systems
• Classical and modern thermometry and thermography
• Thermal interface materials and their characterisation
• Thermal modelling and investigation of packages
• Nano-scale heat transfer
• Multi-physics simulation and field coupling
• Electro-thermal modelling and simulation
• CFD modelling and benchmarking
• Advanced thermal materials and technologies
• Numerical methods for multi-scale heat transfer
• Use of novel, advanced mathematics and statistics concepts / AI methods for complex digital twins of components and systems

Thermo-Mechanical Reliability

• Thermo-mechanical reliability
• Prognostics and health monitoring
• Lifetime modelling and prediction
• Damage and fracture mechanics
• Failure analysis and inline inspection

and any cross-topic from these major areas.