  We study inclusive jet suppression and modifications in the quark-gluon
plasma (QGP) with a transport-based model. The model includes vacuum-like
parton shower evolution at high-virtuality, a linearized transport for
jet-medium interactions, and a simple ansatz for the jet-induced hydrodynamic
response of the medium. Model parameters are calibrated to nuclear modification
factors for inclusive hadron $R_{AA}^{h}$ and single inclusive jets
$R_{AA}^{j}$ with cone size $R=0.4$ in 0-10% central Au-Au and Pb-Pb collisions
measured at the RHIC and LHC. The calibrated model consistently describes the
cone-size dependent $R_{AA}^{j}(R)$, modifications to inclusive jet
fragmentation functions and jet shape. We discuss the origin of these
modifications by analyzing the medium-induced jet energy flow in this model and
elucidate the interplay of hard parton evolution and jet-induced medium
response. In particular, we demonstrate that the excess of soft hadrons at
$p_T\sim 2$ GeV/$c$ in jet fragmentation function and jet shape at large
$r=\sqrt{\Delta \eta^2+\Delta \phi^2}$ are consequences of both soft
medium-induced gluon radiation and jet-induced medium excitation.
