International Conference on Advanced Heat Transfer and Thermal Engineering
(ICAHTTE-26)

This track focuses on the latest research and developments in conduction heat transfer mechanisms. Contributions may include novel materials, analytical methods, and experimental techniques that enhance thermal conductivity.

This session will explore cutting-edge studies on convective heat transfer in various applications. Topics may include forced and natural convection, turbulence modeling, and the influence of surface geometry on heat transfer rates.

This track aims to discuss the theoretical frameworks and practical applications of radiative heat transfer. Papers may cover topics such as radiative heat exchange in complex geometries and the role of materials in thermal radiation.

This session will address the design and optimization of thermal systems for improved performance and energy efficiency. Contributions may include case studies, optimization algorithms, and system integration strategies.

This track will highlight innovative approaches to enhance energy efficiency in thermal engineering applications. Topics may include energy recovery systems, sustainable practices, and the role of advanced materials in reducing energy consumption.

This session focuses on the design, analysis, and performance evaluation of heat exchangers in various industries. Contributions may include experimental studies, computational fluid dynamics simulations, and new design methodologies.

This track will showcase advancements in computational modeling techniques for heat transfer analysis. Papers may discuss numerical methods, simulation tools, and case studies demonstrating the application of modeling in real-world scenarios.

This session will explore the intricate relationships between fluid dynamics and heat transfer processes. Contributions may include studies on flow behavior, heat transfer enhancement techniques, and multi-phase flow interactions.

This track focuses on the thermal analysis of energy systems, including renewable and non-renewable sources. Papers may cover system modeling, performance evaluation, and the integration of thermal management strategies.

This session will highlight emerging technologies and methodologies in thermal management across various sectors. Topics may include phase change materials, microchannel cooling, and innovative thermal insulation solutions.

This track will emphasize experimental techniques used in heat transfer research, including measurement methods and instrumentation. Contributions may include novel experimental setups, validation studies, and data analysis approaches.