In Monster 1.0.9 RC bedrock ingots don't have a recipe in NEI or in the RC handbook. I think perhaps I did get NEI to show me a crafting grid, but the grid was empty.
Rotarycraft bedrock ingots recipe
- Thread starter GreenZombie
- Start date
-
The FTB Forum is now read-only, and is here as an archive. To participate in our community discussions, please join our Discord! https://ftb.team/discord
Ah. The recipe is in the book, mentioned in the Blast Furnace blurb.
Whats not mentioned (and why I couldn't figure it out) was the required blast furnace temp of 1000C.
Which, incidentally, requires a furnace heater at almost 99999rads/s
Whats not mentioned (and why I couldn't figure it out) was the required blast furnace temp of 1000C.
Which, incidentally, requires a furnace heater at almost 99999rads/s
That depends on your torque. The friction heater heats up according to total power input, not specifically torque or speed.
hmmm.
I figured that the "torque" was necessary to overcome static friction. I havn't studied physics past 2nd year and covered this kind of stuff only lightly, but figured that, once it was spinning, heat would come from the effective torque x speed.
The whole "torque on an unloaded shaft" problem confuses me... an unloaded shaft can't really be said to have anything other than a potential torque, and if it is dissapating power, why can't we observe some kind of heating in the system? The energy has to go somewhere.
I figured that the "torque" was necessary to overcome static friction. I havn't studied physics past 2nd year and covered this kind of stuff only lightly, but figured that, once it was spinning, heat would come from the effective torque x speed.
The whole "torque on an unloaded shaft" problem confuses me... an unloaded shaft can't really be said to have anything other than a potential torque, and if it is dissapating power, why can't we observe some kind of heating in the system? The energy has to go somewhere.
Hence the minimum torque, yes.
Which makes what, again?
This is something that comes out of the "engines produce torque, not the loads" mechanic. It cannot really be avoided.
Well. at any rate. If its related to the power delivered... then it doesn't matter - efficiency wise - how I dispense the power from the industrial coil. Minimum torque * high velocity will drain the coil at the same rate as any other total power output. 