How to select the best diode for a full-wave diode rectifier which gives the most efficiency and minimal power loss
Your Y-scale is too small. The line is off screen. It is a about 300
screen heights above your actual screen.
your triggering also isn't set properly. You are set to
trigger on positive zero cross...but this is DC. There is no zero
cross to trigger off of. For now, set to auto. No trigger = no image
updates. Remember this when using a real scope.

Note a 230Vrms sinusoid has a peak amplitude of 325V which is what the DC will be. Rate components accordingly. Your simulator may or may not take breakdown into account. Real life always will.
UPDATE: Looks like your simulator does take this into account since a 100Vrms source gives you the expected 141VDC but a 230Vrms source gives you 250VDC (the breakdown voltage of your diodes) rather than the expected 325VDC.
Also beware in real life...a real scope will share its ground (i.e. the probe ground clip) with the 230V mains and produce a short circuit bypassing your diodes and can blow up your scope unless the 230V is passed through an isolation transformer or you use differential or isolated probes. Simulated oscilloscopes don't have this issue.