Sentence examples for scaling of the flow from inspiring English sources

This study shows that two size-sensitive athermal hardening processes, beyond forest hardening, are sufficient to develop the dimensional scaling of the flow stress, stochastic stress variation, flow intermittency and high initial strain-hardening rates, similar to experimental observations for various materials.

This is partly because of a greater awareness of the scale of the flow.

LWS is designed to resolve only the large, energy-carrying scales of the flow and model the effect of the subgrid, small-wavelength scales of the flow spectrum.

Additionally, the integral scale of the flow does not change downstream of the grid.

where U is the mean speed of the flow, L is a characteristic length defining the scale of the flow, and J is the kinematic viscosity of the fluid (J = 1.5x10-5 m-2 s-1 for air).

The new discretization procedure is based on separating small and large scales of the flow using a high-pass filter.

The simulations were performed to resolve all the spatial and temporal scales of the flow, thanks to the use of massive computational resources.

The smallest length scale of the flow structure is fixed (d), and represents the distance between two flow ports on the circular perimeter.

The spatiotemporal scales of the flow field are captured by remeshed vortex methods enhanced by high order average-interpolating wavelets and local time-stepping.

These equations solve the mesoscopic scale of the flow without taking into account explicitly each individual solid particles, therefore greatly reducing computational cost.

The philosophy behind LES is to explicitly simulate the large scales of the flow and the thermochemistry, affected by boundary conditions whilst modeling only the small scales, including the interaction between the flow and the combustion processes.