Turbulent flows are a paradigm for spatiotemporally complex nonlinear systems such as the weather, cardiac dynamics, and chemical reactions, just to name a few. Under most practical conditions, such systems exhibit spatiotemporally chaotic evolution
Section: Engineering Sciences (Research Project)
Related:
Structure and
Structure and dynamics of extreme events in turbulent flows
Research Project › Engineering Sciences
Investigation of
Investigation of the influence of magnetic fields on small-scale turbulence in thermally-driven flows of liquid metals
Research Project › Engineering Sciences
Data driven
Data driven techniques applied to numerical and experimental study of jet in cross flow
Research Project › Engineering Sciences
Development of
Development of Structure-Preserving and Data-Driven Numerical Schemes for Weak and Measure-Valued Solutions of Conservation Laws
Research Project › Mathematical Sciences
Data-driven Advanced
Data-driven Advanced Management for Situational awareness in DER-rich partially Observable distribution Networks DAMSON
Research Project › Engineering Sciences