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This PR rework the atmos turbine into a 3x1 multiblock machine.
The calculations are now done by simulating the flow of gases and expansion work that they do inside the turbine (heavily simplified), now a pressure differential between the inlet and outlet will heavily change the output of current that the machine is able to deliver.
The machine will not use stock parts for upgrades, but instead it will use 3 main components that are to be made by hand (except for the first tier that can be printed)
Those are compressor part, rotor part and stator part.
There are 4 tiers to them where the last one will use metallic hydrogen to be made, but will significantly increase the output and resistance of the machine.
-- Docs for the turbine:
A work based engine that “simulates” the flow of gas to calculate the energy produced by the moving gases.
These gases cool down while passing through due to the work done on the turbine blades and the expansion it get inside the machine
The new turbine
The machine will be expanded into a 1x3 multiblock machine that will accomodate 3 parts to it:
An input compressor
An output turbine
A core rotor
There are 3 other main component that are:
The Compressor Blade part
The Rotor Shaft part
The Stator Generator part
These three are the main (and only) upgrade path the machine can follow.
Parts
Input Compressor
It handles the input of gases inside the machine, it contains the Compressor Blade part.
This part moves the gas in, compresses it and increases its temperature by the amount of work the compression of the gas does.
Output Turbine
It handles the output of the gases outside the machine, it contains the Stator Generator part.
The gases moving through will expand 6x the initial volume and cools down before getting expelled.
Core rotor
Main part of the multiblock machine. It contains all the logic for building and processing the turbine.
Can be connected to a computer for control.
Contains the Rotor Shaft part.
Upgrades
The three installable parts can be upgraded with specific sheets to improve their efficiency and resistances. Each tier up will increase the max RPM reachable by the turbine and the max input temperature that the machine can take before starting to be damaged.
Each first tier part can be printed in any Lathe (proto/auto) but it requires hand crafting with different materials to be upgraded.
Compressor Blades can be upgraded with plasteel, titanium and metallic hydrogen.
Rotor Shaft can be upgraded with plasteel, titanium and metallic hydrogen.
Stator Generator can be upgraded with titanium, metallic hydrogen and zaukerite.
-- End docs
Fixes #50667 (Infinite power generation by piping turbine output into its input. This worked because there was no temperature threshold, and the cost of applying pressure via pumps was lower then the power generated -Lemon)
Better turbine in many aspects, preparation for SM rework