Session Tracks

This track focuses on the latest methodologies and algorithms in computational fluid dynamics. Researchers are encouraged to present novel approaches that enhance simulation accuracy and efficiency in fluid flow analysis.

This session will explore various turbulence modeling techniques, including RANS, LES, and DNS. Contributions that address the challenges of accurately predicting turbulent flows in engineering applications are particularly welcome.

This track aims to discuss the complexities of multiphase flows, including interactions between different phases. Papers that investigate modeling, experimental studies, and applications in industrial processes are encouraged.

This session will cover innovative approaches to aerodynamics, including flow control techniques and their applications in various engineering fields. Contributions that highlight experimental and computational studies are highly valued.

This track focuses on the principles of hydrodynamics as applied to engineering problems. Researchers are invited to share insights on fluid behavior in various contexts, including marine and civil engineering.

This session will delve into boundary layer theory and its practical implications in mechanical engineering. Papers that address experimental and numerical investigations of boundary layer phenomena are encouraged.

This track aims to explore the interplay between fluid dynamics and structural mechanics. Contributions that examine the effects of fluid forces on structures and vice versa are particularly sought after.

This session will address the challenges and techniques associated with modeling both incompressible and compressible flows. Papers that present innovative solutions and case studies are welcome.

This track focuses on the development and application of advanced fluid measurement techniques. Researchers are invited to present novel instrumentation and methodologies for accurate fluid characterization.

This session will highlight experimental approaches in fluid dynamics research. Contributions that showcase innovative experimental setups and their applications in real-world scenarios are encouraged.

This track will explore the phenomenon of cavitation and its implications in engineering systems. Papers that investigate the causes, effects, and mitigation strategies for cavitation in fluid systems are particularly welcome.