Rotating disks with nonzero radial pressure and finite radius are studied.The models are based in the Taub-NUT metric and cons-tructed using the well-known "displace, cut and reflect" method.We find that the disks are made of perfect fluids with constant energy density Other Computer Adaptors and pressure.The energy density is negative, but the effective Newto-nian density is possitive as the strong energy condition requires.We also find that the disks are not stable under radial perturbations and that there are regions of the Seasonal Décor disks where the particles move with superluminal velocities.
Keywords: Taub-NUT metric, Newotnian density, general relativity.