  Complete 3D simulations of the current quench phase of ITER disruptions are
key to predict asymmetric forces acting into the ITER wall. We present for the
first time such simulations for ITER mitigated disruptions at realistic
Lundquist numbers. For these strongly mitigated disruptions, we find that the
edge safety factor remains above 2 and the maximal integral horizontal forces
remain below 1 MN. The maximal integral vertical force is found to be 13 MN and
arises in a time scale given by the resistive wall time as expected from
theoretical considerations. In this respect, the vertical force arises after
the plasma current has completely decayed, showing the importance of continuing
the simulations also in the absence of plasma current. We conclude that the
horizontal wall force rotation is not a concern for these strongly mitigated
disruptions in ITER, since when the wall forces form, there are no remaining
sources of rotation.
