The possibilities of applying the pure Lagrangian vortex methods of computational fluid
dynamics to viscous incompressible flow simulations are considered in relation to various …

VM2D is an open-source software being developed by the authors for twodimensional
incompressible flows simulations around airfoils. VM2D is based on meshless Lagrangian …

The problem considered in this paper arises in the vortex particle method and is similar to
the N-body problem, which is the problem of determining the velocities of all the particles …

The objective of this work is to compare the performance efficiency and accuracy of
commercial STAR-CCM+ and open-source OpenFOAM computational fluid dynamics codes …

This paper is concerned with the equation for the evolution of vorticity in a viscous
incompressible fluid, for which approximate weak solutions are sought in the class of vortex …

In the present research, the well-known test FSI problem of wind resonance phenomenon
simulation for a circular cylinder is considered. It is well-investigated, both experimentally …

The flow simulation around airfoils and the hydro-dynamic loads estimation that act on
structures is an actual engi-neering problem. For its efficient solution vortex particle methods …

Vortex methods has shown their effectiveness for several kinds of incompressible fluid
dynamics problems, were the viscosity effects can be neglected. However simulation of …

Using the VM2D code, which developed by the authors, a two-dimensional flow was
simulated around a circular airfoil for Reynolds numbers in the range of 20... 200. For these …

The main features and data structure of the VM2D code is described. VM2D is the original
code that implements the meshless Lagrangian vortex methods for two-dimensional viscous …