  We study the production of hadronic resonances and their interaction in the
partonic and hadronic medium using the EPOS3 model, which employs the UrQMD
model for the description of the hadronic phase. We investigate the centrality
dependence of the yields and momentum distributions for various resonances
(rho(770),K(892),phi(1020),Delta(1232),Sigma(1385),Lambda(1520),Xi(1530) and
their antiparticles) in Pb-Pb collisions at sNN= 2.76 TeV. The predictions for
K(892) and phi(1020) will be compared with the experimental data from the ALICE
collaboration. The observed signal suppression of the K(892) with increasing
centrality will be discussed with respect to the resonance interaction in the
hadronic medium. The mean transverse momentum and other particle ratios such as
phi(1020)/p and Omega/phi(1020) will be discussed with respect to additional
contributions from the hadronic medium interactions.
