  Charged particle multiplicity fluctuations in Pb-Pb collisions are studied
for the central events generated using EPOS3 (hydro and hydro+cascade) at
$\sqrt{s_{\mathrm{NN}}}\text{ = 2.76 TeV}$. Intermittency analysis is performed
in the mid-rapidity region in two-dimensional ($\eta$, $\phi$) phase space
within the narrow transverse momentum ($p_\rm{{T}}$) bins in the low
$p_\rm{{T}}$~region ($p_\rm{{T}}~\leq~1.0~GeV/\textit{c}$). Power-law scaling
of the normalized factorial moments with the number of bins is not observed to
be significant in any of the $p_\rm{{T}}$-bin. Scaling exponent $\nu$, deduced
for a few $p_\rm{{T}}$ bins is greater than that of the value 1.304, predicted
for the second order phase-transition by the Ginzburg-Landau theory. The link
in the notions of fractality is also studied. Fractal dimensions, $D_{q}$ are
observed to decrease with the order of the moment $q$ suggesting the
multifractal nature of the particle generation in EPOS3.
