E14. D.J. Maull, "An Introduction to the Discrete Vortex Model," Cambridge University Engineering 

 Department Report CUED/A-Aero/TR8, 1979. 



El 5. R.R. Clements and D.J. Maull, "The Representation of Sheets of Vorticity by Discrete Vortices," 

 Progress in Aerospace Science, Vol. 16, No. 2, 129-146, 1975. 



E16. P.K. Stansby, "An inviscid model of vortex shedding from a circular cylinder in steady and oscilla- 

 tory far flows," Proceedings of the Institution of Civil Engineers, Vol. 63, 865-880, 1977. 



E17. S.E. Hurlbut, M.L. Spaulding and P.M. White, "Numerical Solution of the Time Dependent 

 Navier-Stokes Equations in the Presence of an Oscillating Cylinder," in Numerical Solution of Non- 

 Steady Flows, ASME: New York, 201-206, 1978. 



El 8. S.E. Hurlbut and M.L. Spaulding, "A Numerical Model of Fluid-Structure Interaction for Circular 

 Cylinders," University of Rhode Island, Department of Ocean Engineering Contract Report, 

 November 1978. 



El 9. P.M. Greshko, R.L. Lee and CD. Upson, "FEM solution of the Navier-Stokes equations for the 

 vortex shedding behind a cylinder: experiments with the four-node element," in Proceedings of the 

 Third International Conference on Finite Elements in Water Resources (Preprints), The University of 

 Mississippi: Oxford, Vol. 2, 4.48-4.65, 1980. 



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