Ugh... Disappointed, that I am deleting my Sandboxed question, but it makes sense, since the core of the problem is the sheer amounts of context necessary for somebody to answer it. :/
@Shalvenay Well a decent anvil is 250+ pounds, though you can work with lighter ones...they just move more and make the forging harder. If you have that and a basic set of tools, all of which could easily fit in a wagon, you could certainly have nomadic forgers. Fuel would be the other thing to consider, it takes alot of fuel to keep a forge hot enough for steel. So as long as they have wood around.
I'm sure many of you reading this will have asked questions and had them downvoted, and the downvoter hasn't said anything or given any indication as to why they did so - nor has anyone else. This has happened to me many times.
This is kind of a more general feature of all Stack Exchange sites...
Well, to be honest, as an astrophysics noob, the fact hat there can be tidal-locked planets fascinates me, but i never even though of undo tidal locking. great question, so direct upvote
@HDE226868 I gave a brief answer which I think is a reasonable approach. I imagine though that you are more interested in a rough calculation involving mass, distance, and time. I don't have the know-how to do that calculation nor the time at the moment to learn so if someone would like to take that idea and write their own answer in which they crunch the numbers they are more than welcome to do so.
@Gryphon I think the two sticking points for me there are a) guaranteeing that only one side of the planet will be hit throughout the entire orbit, and b) ensuring that a substantial amount of energy is transferred, given how wide the pulsar's beam will be at any great distance. Even normal perturbations in the planet's orbit could throw it all off.
@MikeNichols shrug I like the idea, and it's a starting point, at any rate.
I'm still secretly hoping someone finds a real-world example of this phenomenon, to be honest. . .
@HDE226868 It isn't getting hit through the entire orbit. From my answer "If the planet is getting this for, say 1/10000 of its orbit (I'm just pulling numbers out of my [REDACTED] here, but it sounds reasonable), the average power is 4*10^17 Watts."
@HDE226868 Would it be possible to have the bombardment happen so fast the planet only gets hit on one side, instead of using tidal locking to make it happen?
Alternately, could you have a non-uniform planet, so, for example, half the planet has way more iron than the other half, then use the heat differences to transform to movement?
@Hosch250 I mean, I guess, but that should probably be an answer to the other question, not mine. . . I'm specifically looking for ways to make my tidal-locking answer work.