16th Inter. Conf. on Computational Heat and Mass Transfer 2027 (ICCHMT27)
May 10–13, 2027 • Tashkent, Uzbekistan: TIIAME, National Research University.
The 16th International Conference on Computational Heat and Mass Transfer (ICCHMT 2027) brings together leading researchers, academics, and industry professionals to exchange ideas and discuss recent advances in computational heat and mass transfer, thermal sciences, and multiphysics modelling, with a strong focus on innovations supporting a sustainable future.
Abstract submission deadline:
January 30, 2027
Full paper submission deadline: March 8, 2027
Registration Fees:
The registration fee is 450 Euros before April 1st, 2027, and 550 Euros after April 1st, 2027.
The registration fee includes attending all sessions, coffee and lunch breaks and the gala dinner.
Sponsers
History
1999 - Cyprus
2001 - Rio De Janeiro, Brazil
2003 - Banff, Canada
2005 - Paris, France
2007 - Canmore, Canada
2009 - Guangzhou, China
2011 - Istanbul, Turkey
2015 - Istanbul, Turkey
2016 - Cracow, Poland
2017 - Seoul, Korea
2018 - Cracow, Poland
2019 - Rome, Italy
2021 - Paris, France
2023 - Düsseldorf, Germany
2025- Antalya, Turkey
Abstract Submission: ICCHMT@gmail.com
Abstract submission Instructions:
One-page, single-line, font size 12. Should include the title, affiliations, email addresses of the authors, and keywords.
Also, in which section you prefer your paper should be presented, add the section after keywords; please select one from the following list that best fits the topic of your paper:
Bio
Heat Exchangers
Heat Transfer enhancement (any techniques that use heat transfer enhancements, such as fine, nanofluids, etc)
Machine Learning and AI
Macro, Micro and Nano channels
Multiphase (such as boiling, condensation, etc)
Natural convection
Numerical Methods
Phase Change materials
Porous Media
Refrigeration and air conditioning
Solar Applications
Turbomachinery
Turbulent flows
General (does not fit any of the above)
Topics:
Computational heat and mass transfer
Cooling of high heat flux devices
Multiphase and Multiphysics Flow
Energy recovery, heat integration and process industry energy systems
Enhanced heat transfer
Environmental heat transfer
Combustion and Reactive Flow
Heat Exchangers and Heat Pipes
Artificial Intelligence in the Thermal Systems
Heat transfer at the micro and nano scales
Heat transfer in porous media
Heat transfer technology for sustainable energy
Thermal energy storage
Thermal management
Nuclear Energy
Material Processing
etc
Note: Experimental works are welcome. Experimental data are essential for computationally predicted data validations.