An accurate numerical scheme has been devised to study the13; self-induced motion of an infinitely thin, free vortex sheet of finite span in an unbounded, inviscid, incompressible fluid. The new numerical scheme has been tested against two vortex sheet problems for which exact solutions have also been obtained. The agreement between13; the numerical and exact solutions is excellent. The scheme has been further tested against two more examples for which analytical solutions for small times were available. Here, too, the agreement is excellent. (Author
A computational method is presented which describes the unsteady two-dimensional vortex generation a...
An accurate numerical scheme for calculating the early stages of deformation of an initially planar ...
A method is proposed for the study of the two-dimensional coupled motion of a general sharp-edged so...
An accurate numerical scheme has been devised to study the13; self-induced motion of an infinitely t...
We consider the properties and dynamics of vortex sheets from a geometrical, coordinate-free, perspe...
this thesis is concerned with the study of vortex sheet technique for the computation of unsteady fl...
This paper presents recent advances in a computing method for unsteady inviscid incompressible flows...
Two problems involving the unsteady motion of two-dimensional vortex sheets are considered. The firs...
The rolling up of the trailing vortex sheet produced by a wing of finite span was calculated as a se...
We consider the properties and dynamics of vortex sheets from a geometrical, coordinate-free, perspe...
A new asymptotic equation is derived for the motion of thin vortex filaments in an incompressible fl...
The self-induced dynamics of a uniform planar vortex in an isochoric, inviscid fluid is analyticall...
In this paper, we give an overview of recent progress in numerical simulations of the motion of thre...
A computational method is presented to follow the evolution of regularized three-dimensional (3D) vo...
{Vortex methods, based on the splitting into Euler and Stokes operators, have been successfully adop...
A computational method is presented which describes the unsteady two-dimensional vortex generation a...
An accurate numerical scheme for calculating the early stages of deformation of an initially planar ...
A method is proposed for the study of the two-dimensional coupled motion of a general sharp-edged so...
An accurate numerical scheme has been devised to study the13; self-induced motion of an infinitely t...
We consider the properties and dynamics of vortex sheets from a geometrical, coordinate-free, perspe...
this thesis is concerned with the study of vortex sheet technique for the computation of unsteady fl...
This paper presents recent advances in a computing method for unsteady inviscid incompressible flows...
Two problems involving the unsteady motion of two-dimensional vortex sheets are considered. The firs...
The rolling up of the trailing vortex sheet produced by a wing of finite span was calculated as a se...
We consider the properties and dynamics of vortex sheets from a geometrical, coordinate-free, perspe...
A new asymptotic equation is derived for the motion of thin vortex filaments in an incompressible fl...
The self-induced dynamics of a uniform planar vortex in an isochoric, inviscid fluid is analyticall...
In this paper, we give an overview of recent progress in numerical simulations of the motion of thre...
A computational method is presented to follow the evolution of regularized three-dimensional (3D) vo...
{Vortex methods, based on the splitting into Euler and Stokes operators, have been successfully adop...
A computational method is presented which describes the unsteady two-dimensional vortex generation a...
An accurate numerical scheme for calculating the early stages of deformation of an initially planar ...
A method is proposed for the study of the two-dimensional coupled motion of a general sharp-edged so...