Features of triangular flow of strange and non-strange hadrons at LHC

Triangular flow of strange and non-strange hadrons in Pb+Pb collisions at LHC energies is studied within the HYDJET++ model, which combines hard processes in a hot and dense partonic medium with parametrized hydrodynamics. Together with an extensive table of resonances, this circumstance enables us to investigate (i) the interplay between hard and soft processes and (ii) between jets and final-state interactions. Jets are found to be the main reason for violation of the NCQ scaling for v3 at LHC, whereas decays of resonances improve the scaling fulfillment. Comparison with the experimental data is performed. (paper)