  We consider Kasner space-time describing anisotropic three dimensional
expansion of RHIC and LHC fireball and study the generalization of Bjorken's
one dimensional expansion by taking into account second order relativistic
viscous hydrodynamics. Using time dependent AdS/CFT correspondence, we study
the late time behaviour of the Bjorken flow. From the conditions of conformal
invariance and energy-momentum conservation, we obtain the explicit expression
for the energy density as a function of proper time in terms of Kasner
parameters. The proper time dependence of the temperature and entropy have also
been obtained in terms of Kasner parameters. We consider Eddington-Finkelstein
type coordinates and discuss the gravity dual of the anisotropically expanding
fluid in the late time regime.
