  We investigate the effect of friction on domain formation in disoriented
chiral condensate. Including a friction term, we solve the equation of motion
of the linear sigma model fields, in the Hartree approximation. With
boost-invariance and cylinderical symmetry, irrespective of friction, on
average, we donot find any indication of domain like formation with quenched
initial condition. However, with or without friction, some events can be found
with large instabilities, indicating possible DCC domain formation in those
events. With friction time scale during which instabilities grows increases.
Correspondingly, with friction, it is possible to obtain large sized domains in
some particular events.
