This track focuses on the latest research in two-phase flow dynamics, emphasizing the fundamental principles and applications in multiphase systems. Contributions will explore experimental, theoretical, and computational approaches to enhance our understanding of phase interactions.

This session will delve into innovative thermal modeling techniques applicable to multiphase flow and heat transfer systems. Researchers are invited to present their findings on modeling methodologies that improve predictive accuracy and system performance.

This track aims to discuss optimization strategies for heat exchangers in various engineering applications. Papers will cover design improvements, performance enhancement, and innovative materials that contribute to energy efficiency.

This session will explore the complex phenomena of boiling and condensation within multiphase flow systems. Researchers are encouraged to present experimental and computational studies that reveal insights into phase change dynamics.

This track focuses on the mechanisms of convective heat transfer in multiphase systems, highlighting both natural and forced convection scenarios. Contributions will address the impact of flow characteristics and thermal properties on heat transfer efficiency.

This session will showcase advanced computational methods used in thermal engineering for analyzing multiphase flow and heat transfer. Participants are invited to discuss the application of numerical simulations and modeling techniques in real-world scenarios.