DC/AC motor stall current
Damaging a motor through stalling it happens because of overcurrent, and overheating from that.

Brushed DC motors for example don't like stalling because they rely on the turn speed for both creating a Counter EMF voltage and for the rotating frequency to make their rotor inductance present an additional resistance to the circuit. Accounting both, the current is highest when stalled.

But e.g. some AC asynchronous motors don't rely much on rotor inductance for building an additional resistance in the circuit and don't have an EMF voltage at all. Instead, they have their highest current (and torque) at about 80% of the rated speed. So it's unlikely you can overcurrent them by stalling. Still they may overheat by stalling because their cooling fan does not rotate.