The Ninth International Conference on Thermal Engineering Theory and Applications

Страна: Арабские Эмираты

Город: Abu Dhabi

Тезисы до: 30.12.2015

Даты: 24.03.16 — 25.03.16

Е-мейл Оргкомитета:

Организаторы: Ryerson University Dept of Mechanical Engineering




The conference main objective is to bring together researchers engaged in the application of experimental, analytical, or theoretical thermal and energy engineering. The suggested topics link between conventional and emerging research areas in thermal energy. Papers submitted to ICTEA08 conference will follow peer-review procedures. ICTEA Proceedings will be published in CD-ROM with all accepted and registered papers of the conference and will be indexed in ISI (Thomson Reuters) and SCOPUS and many other indexes. Extended versions of all regular papers will also be considered for publication in specialized ISI Indexed Journals in the area.

 Conference topics include but not limited to:
Multi-Phase Flow and Heat Transfer     

Heat and mass transfer in the ecosystem
Heat and Mass transfer in Biomedical devices     

Biofuels and Internal Combustion Engines
Micro/nano Heat Transfer     

Biological Heat Transfer
Double Diffusive Convection     

Melting and Solidification
Numerical Methods in Fluid Flow and Heat Transfer     

Internal Flow and Heat Transfer
Transport Phenomena in Porous Media     

Environmental Engineering
Enhanced Oil Recovery     

Polymer Processing Science and Technology
Waste Management and Waste Disposal   

 Heat Transfer with Non-Newtonian Fluid Flow
Energy Management and Energy systems   

Air Conditioning and Refrigeration
Renewable Energy     

Micro/nanofluidics and life science application
Novel Materials: Thermal Vias, Heat Spreaders and Thermal Interface Materials     

Thermal Management in Wireless, Networking, Computing, Lighting, Harsh Environments
Sub-Ambient Cooling: Solid State, Vapor Compression, Absorption, Adsorption     

Microfabricated Thermal Management

Devices and Systems
Single Phase Liquid Cooling     

Novel Phase Change Cooling Techniques
Advances in Experimental Characterization     

Advances in Computational Characterization: Multi-Scale Modeling, Multi-Physics Modeling,



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