  In this paper, we determine thermodynamical quantities for one kind of higher
dimensional black holes. We take two charged and neutral blackfold which are
higher dimension. We investigate the thermodynamical properties of such black
hole at near horizon. By expanding those metrics around horizon, considering
periodicity condition of imaginary time and applying some thermodynamical
constraints, we extract stress energy tensor of blackfolds. We compare the
thermodynamical properties of charged and neutral blackfold. We see here that
the stress energy tensor of charged blackfold has brane-tension component in
addition to thermal properties. Then by knowing that the spacetime of neutral
blackfold is Ricci-flat and there is a nice relation between Ricci-flat and AdS
spacetimes we determine the AdS form of Ricci-flat. Also we calculate the
corresponding temperature which is satisfied by our previous calculation.
Finally, we check the phase transition of blackfolds and show that there is not
any critical point for them. So, the thermodynamical stability of both
blackfolds will be proven, this result agree with literature.
