Amir Žilić at FLS '24: Computational Methods for Heat and Fluid Flow: Overview and Applications

At the Futures Leaders Summit 2024, Dr. Amir Žilić talked about an insightful session on "Computational Methods for Heat and Fluid Flow: Overview and Applications." A leading expert in thermal management, Dr. Žilić explored the role of computational methods in advancing scientific research and industrial applications.

Dr. Žilić began by discussing the three pillars of scientific research: theory, experiment, and simulation. In recent decades, simulation has emerged as a critical third mode, bridging the gap between theoretical concepts and experimental findings. Computational Fluid Dynamics (CFD), a key component of simulation, has become an indispensable tool, particularly in the aerospace and automotive industries.

One of the standout topics of Dr. Žilić’s presentation was the analysis of turbulent flow—a complex and dynamic phenomenon that CFD helps to model and understand. He provided real-world examples of how CFD is applied to solve practical challenges, showcasing its versatility and importance in optimizing systems for heat and fluid flow.

Through vivid case studies and detailed explanations, Dr. Žilić highlighted how computational methods enable engineers and researchers to simulate and refine designs, reduce development costs, and improve overall efficiency. Attendees gained valuable insights into how these techniques are shaping the future of industries reliant on thermal management and fluid dynamics.

Dr. Žilić’s session was not just an exploration of advanced computational tools but also a demonstration of their real-world impact. His ability to translate complex scientific concepts into relatable applications left the audience inspired and eager to learn more.