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

This article describes the open-source C++ code VM2D for the simulation of two-
dimensional viscous incompressible flows and solving fluid-structure interaction problems …

In the present paper, the efficient modification of the Barnes–Hut algorithm is proposed
based on ideas of multipole and local expansions. Such an approach allows for forming a …

When simulating incompressible flow around airfoil using vortex methods of computational
hydrodynamics, it is necessary to solve the boundary integral equation with respect to the …

The problem of 2D incompressible flow simulation around airfoils using vortex methods is
considered. An exact solution for the boundary integral equation with respect to a free vortex …

Open Source C++ code is developed for 2D incompressible flow simulation by using vortex
methods. The code has modular structure, it permits users to simulate flow around airfoils …

We consider the methodology of numerical schemes development for two-dimensional
vortex method. We describe two different approaches to deriving integral equation for …

Two coupling strategies for numerical simulation in Fluid-Structure Interaction problems
using vortex methods are considered and implemented in new open-source code VM2D …

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 of the accuracy improving is considered for vortex method. It is shown, that the
airfoil surface line representation as a polygon consisting of rectilinear panels can lead to …