Vortex Methods: Selected Papers Of The First International Conference On Vortex Methods

Vortex element methods, the most natural approach to flow simulation - a review of methodology with applications, R.I. Lewis; a hybrid vortex method, J.M.R. Graham and R.H. Arkell; transient flow around a circular cylinder near the moving and rigid ground by a vortex method, T. Kida and T. Take; vortex method analysis of turbulent flows, P.S. Bernard et al; dynamics of coherent structures in a forced round jet, S. Izawa et al; convergence study for the vortex method with boundaries, L.-A. Ying; 3D vortex methods - achievements and challenges, G.H. Cottet; development of a vortex and heat elements method and its application to analysis of unsteady heat transfer around a circular cylinder in a uniform flow, K. Kamemoto and T. Miyasaka; three-dimensional vortex method using the Ferguson Spline, M. Tsutahara et al; numerical prediction of rotor tip-vortex roll-up in axial flights by using a time-marching free-wake method, D.J. Lee. (Part contents)