Digital model
of flow visualization
A. A.
Savin, D.
S. Kharin
National Research University "Moscow Power Engineering
Institute
The paper is received
on December 19, 2013
Abstract. In
this article information about images of flow visualization is generalized from different sources, probability density of the brightness
distribution of particles on the frame is theoretically received. The non-stationary model of a flow is created
on the basis of known algorithm of the solution Navier-Stokes equations. This
model contains the boundary conditions of arbitrary shape and calculation of particle trajectories
in the vector field.
Keywords:
Particle Image Velocimetry, nonstationary flow modelling, image modelling.