Not exact matches
Understanding mixing dynamics will help researchers with a long - term goal of visualizing the
turbulent flows of an entire giant star, one similar to the sun.
4 For example, the Navier - Stokes equations are used all the time to approximate
turbulent fluid
flows around aircraft and in the bloodstream, but the math behind them still isn't
understood.
This phenomenon ends up producing a completely
turbulent flow, whose nature is not yet well
understood.
«
Understanding the physics of
turbulent flows inside turbines.»
The Southampton research team, led by Richard Sandberg, Professor of Fluid Dynamics and Aeroacoustics, and including Dr Andrew Wheeler and Professor Neil Sandham, has identified that Direct Numerical Simulations (DNS), a model - free approach based on first principles (no assumptions or modelling are used) can help to develop an improved
understanding of the role of
turbulent phenomena in the
flow - field and determine the validity of current turbulence modelling.
The group also measures the
turbulent air
flow to
understand how it interacts with the drifting snow.
The researchers took high - resolution mean and fluctuating velocity and density field measurements in an RM
flow, which was shocked and reshocked, to
understand production and dissipation in a two - fluid, developing
turbulent flow field.
«This newly discovered analogy has the potential to be a significant step forward in our
understanding of
turbulent flows in free - surface vortices and to provide insights into diverse areas of study ranging from civil engineering hydraulic structures to weather systems in the atmosphere and even extending to the details of how galaxies rotate around the black holes at their centres,» Dr Richard Sherlock, a lecturer in Physics at IT Sligo, said.