Aims

The journal Advances in Thermal-Fluid Sciences aspires to be a premier platform for the dissemination of pioneering research in thermal and fluid sciences. Its goal is to publish high-quality, innovative studies that deepen the understanding of thermal energy, heat transfer, fluid mechanics, and their applications across diverse engineering fields. The journal emphasizes fostering interdisciplinary collaboration and knowledge exchange among researchers, engineers, and professionals in academia, industry, and government, aimed at solving complex challenges in thermal-fluid systems.

 

Scope

Advances in Thermal-Fluid Sciences invites original research articles, reviews, technical notes, and case studies in areas including, but not limited to:

• Thermodynamics and Heat Transfer: Investigations into heat and mass transfer, phase change phenomena, thermal management in electronics and machinery, radiative heat transfer, and advances in thermodynamic processes.

• Fluid Mechanics: Research on laminar and turbulent flows, flow control, multiphase flow, biofluid mechanics, and innovations in computational fluid dynamics (CFD).

• Energy Systems: Studies on the thermal-fluid aspects of renewable energy systems, such as solar, wind, geothermal, and biomass energy, as well as advancements in conventional energy systems like thermal power plants and internal combustion engines.

• Environmental and Geophysical Flows: Research on atmospheric flows, ocean circulation, climate modeling, the environmental impact of thermal-fluid systems, and pollution control technologies.

• Microscale and Nanoscale Thermal-Fluid Sciences: Developments in microfluidics, nanofluids, and heat and mass transfer at micro and nanoscale, with applications in energy systems, electronics cooling, and biomedical devices.

• Experimental Techniques and Instrumentation: Creation of new experimental methods, diagnostic tools for thermal and fluid flow measurements, visualization techniques, and data analysis.

• Materials for Thermal-Fluid Applications: Studies on materials with enhanced thermal and fluid flow properties for heat exchangers, insulators, thermal interface materials, and coatings.

• Applied Mathematics and Physics in Thermal-Fluid Sciences: Theoretical and computational models, analytical and numerical methods, and the application of physical principles to address thermal-fluid challenges.

 

The journal encourages submissions that establish clear links to real-world applications, theoretical advancements leading to better understanding or prediction of phenomena, and the development of new methodologies or technologies in thermal-fluid sciences.