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In the hydrodynamical description of heavy-ion collisions, the elliptic flow$\mathrm{v_{2}}$ and triangular flow $\mathrm{v_{3}}$ are sensitive to thequadrupole deformation $\mathrm{\beta_{2}}$ of the colliding nuclei. We produce$\mathrm{v_{2}}$ and $\mathrm{v_{3}}$ ratios qualitatively and quantitativelyin most-central Xe-Xe collisions at 5.44 TeV. By employing HYDJET++ model, westudy the sensitivity of anisotropic flow coefficients and mean transversemomentum to the quadrupole deformation and system-size in isotopic Xe-Xecollisions. Flow observables strongly depend on the strength of nucleon-nucleonscattering occuring in even-A and odd-A nuclei. Flow for odd-A nuclei issuppressed in comparison to flow in even-A collisions. There exists a linearinter-dependence between $\mathrm{p_{T}}$ integrated anisotropic flow andnuclear deformation. Mean transverse momentum signifies the fireballtemperature in body-body and tip-tip collisions. There exists a negative linearcorrelation of $\mathrm{\langle p_{T} \rangle}$ with collision system-size anda positive correlation with nuclear deformation. Flow measurements inhigh-energy, heavy-ion collisions using isotopic collision systems, offer a newprecision tool to study nuclear structure physics. Observation of nuclearstructure properties like nuclear deformation in a heavy-ion collision such asthis would be very interesting.

Predicting Quadrupole deformation via anisotropic flow and transverse  momentum spectra in isotopic $\mathbf{\prescript{128-135}{54}{\mathrm{Xe}}}$  collisions at LHC