For a hairpin winding, the inductance largely cancels out, and the spiral or coil can be unwound to see that you simply have a transmission line with one end shorted. Thus it will have inductance corresponding to inductivity of the line (for a twisted or parallel pair, about 100 ohms Zo, around 300nH/m), and voltage between wires distributes according to transmission line behavior. (So, for low frequencies, inductance or resistance dominates, and voltage is linear with position, maximum at the driven end, zero at the shorted end. At higher frequencies, resonant modes give standing waves, and voltage and current can be much, much higher.)
Tim