The rolling up of the trailing vortex sheet produced by a wing of finite span was calculated as a series expansion in time. For a vorticity distribution corresponding to a wing with cusped tips, the shape of the sheet was found by summing the series using Pade approximants. The sheet remains analytic for some time but ultimately develops an exponential spiral at the tips. The centroid of vorticity was conserved to high accuracy
An accurate numerical scheme has been devised to study the13; self-induced motion of an infinitely t...
The flow about the plate of infinite width may be represented as a potential flow with discontinuity...
Results of computations are presented using vortex sheets to model the wake and test the sensitivity...
The self induced evolution of a vortex sheet was simulated by modeling the sheet using an integratio...
Simplified models of the vortex distribution over cylindrical surfaces are developed. The effect of ...
A method for calculating the self-induced motion of a vortex sheet using discrete vortex elements is...
We consider the properties and dynamics of vortex sheets from a geometrical, coordinate-free, perspe...
A numerical technique is presented for modeling the vortex sheet with a deformable surface definitio...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/77273/1/AIAA-1992-409-534.pd
The nonlinear evolution of a vortex sheet driven by the Kelvin--Helmholtz instability is characteriz...
A simple form is presented of the relationships for the inviscid, fully developed structure of lift-...
Three selected problems involving vortical flows are analyzed and discussed including: the trailing ...
We cons i der the motion of a vortex sheet on the surface of a unit sphere in the presence of point ...
The roll-up of a vortex sheet is analyzed by two approaches. The first is based on exact compressibl...
This report deals with the theory of the vortex street which enables the reproduction of the mechani...
An accurate numerical scheme has been devised to study the13; self-induced motion of an infinitely t...
The flow about the plate of infinite width may be represented as a potential flow with discontinuity...
Results of computations are presented using vortex sheets to model the wake and test the sensitivity...
The self induced evolution of a vortex sheet was simulated by modeling the sheet using an integratio...
Simplified models of the vortex distribution over cylindrical surfaces are developed. The effect of ...
A method for calculating the self-induced motion of a vortex sheet using discrete vortex elements is...
We consider the properties and dynamics of vortex sheets from a geometrical, coordinate-free, perspe...
A numerical technique is presented for modeling the vortex sheet with a deformable surface definitio...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/77273/1/AIAA-1992-409-534.pd
The nonlinear evolution of a vortex sheet driven by the Kelvin--Helmholtz instability is characteriz...
A simple form is presented of the relationships for the inviscid, fully developed structure of lift-...
Three selected problems involving vortical flows are analyzed and discussed including: the trailing ...
We cons i der the motion of a vortex sheet on the surface of a unit sphere in the presence of point ...
The roll-up of a vortex sheet is analyzed by two approaches. The first is based on exact compressibl...
This report deals with the theory of the vortex street which enables the reproduction of the mechani...
An accurate numerical scheme has been devised to study the13; self-induced motion of an infinitely t...
The flow about the plate of infinite width may be represented as a potential flow with discontinuity...
Results of computations are presented using vortex sheets to model the wake and test the sensitivity...