Fluid dynamics and continuum mechanics are essential for understanding motion in fluids, solids, and multiphase systems. This session focuses on turbulence, computational fluid dynamics, elasticity, and rheology.
Speakers are encouraged to present innovative models, experimental studies, and computational techniques that address real-world engineering and natural problems. Applications may include aerospace, energy systems, and biomechanics.
Attendees will benefit from learning cutting-edge modeling approaches, visualization techniques, and numerical simulations, gaining practical insights into predicting and controlling complex fluid and structural behaviors.