Active Deconditioning
When talking about decon breaks I’ve usually only viewed them in terms of time. In the last few days I’ve read some stuff about metallurgy that leads me to believe that activity needs to be added.
Basically, I believe that heat and massage applied to the penis will speed the deconditioning process.
Below I’ll briefly lay out why I’ve come to this conclusion.
It appears that creep and plastic deformation occur because we’re stretching our penises on the molecular level. There is a lattice work of atoms and molecules which makes up everything we see. When we increase our penis size its because we’re “dislocating” molecules from their original position in the lattice. The molecules end up in a different position in the lattice. They leave behind a gap that can be filled in with new tissue when the body is remodeling. Just imagine a brick wall; you remove a brick from the middle and place it on the top or the side and make it taller or wider.
Most of us here have increased the amount of stress we put on dicks over our original starting point. This seems necessary to many because the results appear to dwindle after a while of applying a similar amount of stress. So, we up the weight, time, vacuum, number of clamps, extender bars and so on. This mimics “work hardening” in metallurgy. Before a metal or penis experiences plastic deformation, when force is applied, it goes straight through. Once those molecular lattice gaps are present the force applied to the penis or metal gets deflected. You end up with portions of the penis getting more force application and others receiving less. We can overcome the force loss by adding more stress, but we end up getting diminishing returns. Work hardening is described as the strengthening of a metal by plastic deformation. It, like our penises, our strengthened because it was stretched.
Again, from metallurgy, there is something called annealing which lowers material strength and decreases dislocations. This, transferred to PE, would fundamentally be heating the tissue up and allowing the molecular gaps to reorganize themselves. Metal is heated above its recrystallization temp and allowed to cool slowly. As the temperature increases, many dislocations are essentially filled with replacement molecules. During tissue remodeling, I believe the body notices the gaps (dislocations) in the molecular lattice and begins to form more molecules to place in the gaps. Tissue remodeling can take years, but I believe that heating the penis and applying very light massage will increase remodeling metabolism.
Some of us are applying stress to our dicks for an hour or two (or more) per day and adding an Active Deconditioning session that matches the length of our longest working session would more than likely do us much good.
What doesn't kill you makes you longer.
Last edited by low-hanging fruit : 09-11-2017 at .