Righto, so the blister has now pretty much healed and I can resume cycle #1, though I will start on Monday just to be on the safe side.
Firstly, to combat future blisters I have bought some no-name brand micropore tape. Hopefully this helps with the problem, as I am losing too much time battling this (though the bright side is I am getting an amazing decon). I’m also making another adjustment which may help. Time will tell… Second, and most importantly, after re-reading Buck’s progress log and a few posts by Tutt I have decided to extend rather than hang. I like the ability to control strain rate, something not possible with hanging. The drawback is that I can only track load to minimum 0.4kg steps (half way between bars). The maximum the device can load is greater than 3.1kg (likely 3.6kg, which should be plenty).
So now to the dirty details:
My extender is a typical spring type, which you rotate/turn the arms to extend it. It has bars on the arms which indicate load/tension (measured roughly as 0.9, 1.6, 2.4, and 3.1 kg). Ideally we’d be constantly increasing tension, just very slowly. This is not practical, so instead I copy Buck and make a few turns every minute or two. For now I have settled on 2 minute intervals, though this can always be changed. The absolute minimum the device can go is 15.5cm (a rough measurement from base to tip at 0 turns). To keep the strain rate under 1%, I need to turn maximum 7 to 8 times (this extends 2.6 to 3.0mm).
So my plan is basically: Start at 0 turns, then every 2 minutes add 8 turns. I keep repeating until +2.4cm reached, then attach heat pad (this is at 16mins - would attach earlier, but need the space). Again, every 2mins add 8 turns until I reach a target load. Hold here for 10min. Then begin cooldown: 2min med heat, 2min low heat, 2min no heat (pad on), 2min no heat (pad off). Reduce turns back to 0, take off device. An example of typical log below (made up numbers):
:: Cycle #01 ::
Cold: 64 turns (+2.39cm) / 16mins
Heat: 72 turns (+2.69cm) / 18mins / 1.6kg
Cool: 0 turns (+0.00cm) / 8mins
Total: 136 turns (+5.08cm) / 42mins
Pre-BPFSL: 16.9cm
Strain: 2.64%
Strain will be measured as usual, though the post-BPFSL will be taken in the device at target load (not yet sure if by direct measurement or by number of turns). Otherwise the first few sessions will be fairly exploratory, and I may need to make a few adjustments here and there.