  Predictions and comparisons of hadronic flow observables for Pb+Pb collisions
at 2.76 A TeV and 5.02 A TeV are presented using a hydrodynamics + hadronic
cascade hybrid approach. Initial conditions are generated via a new formulation
of the IP-Glasma model and then evolved using relativistic viscous
hydrodynamics and finally fed into transport cascade in the hadronic phase. The
results of this work show excellent agreement with the recent charged hadron
anisotropic flow measurements from the ALICE collaboration of Pb+Pb collisions
at 5.02 A TeV. Event-by-event distributions of charged hadron v n , flow
event-plane correlations, and flow factorization breaking ratios are compared
with existing measurements at 2.76 A TeV, and are predicted at 5.02 A TeV.
Further predictions of identified hadron observables (for both light and
multi-strange hadrons), such as p T -spectra and anisotropic flow coefficients,
are presented.
