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International Conference on Thermal Engineering in Aerospace and Automotive Systems

📅 19–20 Mar 2027 📍 Doha, Qatar 👤 Standard / Listener

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$185

virtual · $185 in person

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Conference session tracks

Key research areas covered across the sessions — tap a track to read more.

This track focuses on the latest developments in convective heat transfer mechanisms relevant to aerospace and automotive applications. Researchers are invited to present novel experimental and computational studies that enhance our understanding of fluid dynamics and heat transfer efficiency.

This session will explore the principles and applications of radiative heat transfer in various thermal systems. Contributions that address modeling, measurement, and optimization of radiative heat transfer in aerospace and automotive contexts are encouraged.

This track aims to discuss the conduction mechanisms in advanced materials used in aerospace engineering. Papers that investigate thermal conductivity, material selection, and performance under extreme conditions are particularly welcome.

This session will cover innovative thermal management strategies designed to enhance energy efficiency in automotive systems. Topics may include heat exchangers, thermal insulation, and active thermal control systems.

This track invites contributions that utilize computational modeling to analyze complex heat transfer phenomena in aerospace and automotive systems. Studies employing CFD, FEA, and other numerical methods to predict thermal behavior are encouraged.

This session focuses on strategies and technologies aimed at improving energy efficiency in thermal systems across aerospace and automotive sectors. Papers discussing innovative designs, energy recovery systems, and sustainability practices are particularly sought after.

This track will explore optimization techniques for enhancing thermal performance in engineering systems. Contributions that integrate multi-disciplinary approaches to optimize thermal management systems are highly encouraged.

This session will delve into advanced thermal analysis techniques employed in aerospace engineering. Researchers are invited to share their insights on experimental and analytical methods for assessing thermal performance in aerospace applications.

This track highlights cutting-edge technologies and methodologies that advance heat transfer processes in aerospace and automotive systems. Submissions that present novel heat exchangers, phase change materials, and other innovative solutions are welcome.

This session will focus on the role of process engineering in the design and optimization of thermal systems. Papers that discuss the integration of thermal processes with manufacturing and operational efficiencies are encouraged.

This track aims to identify and discuss emerging trends and future directions in thermal engineering for aerospace and automotive applications. Contributions that explore new materials, technologies, and methodologies shaping the future of thermal management are particularly welcome.