How similar are ferrite beads with same dimensions, only differing in material?
The are  hundreds of different ceramic , ferro oxide mixes that affect RLC values  for some unspecified equivalent circuit.

You are only looking at L similarities and ignoring Pd(f) differences so without your spectral input currents , no one predict your spectral output voltage for a given load Z(f) where the transfer function is a complex product of Vo(f)=Vi(f)- I(f)*Zb(f) for bead Zb.  Trial and measure  or accurate modelling of each including $$I(f)=Vi(f)/(Zs(f)+Zb(f)+ZL(f)$$

The highest Real {Z(f)} at each  frequency of any part ; source , series ; shunt load will have the most voltage drop. V(f) 

So Voltage ripple is meaningless without an understand of current produced and desired series bead impedance vs size vs cost and ability to meet the target specs for output noise.  This also requires knowledge of all capacitor ESR, ESL’s or s-parameters for optimum decision making in design.