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1.18 turbine simulation mechanism for detailed explanation Bigger Reactors Minecraft Game

2024-12-10 17:53:54|Myriagame |source：minecraft skins

This tutorial is set by the author to use the CC By-NC-SA protocol.

Note: This article discusses the default configuration of version 1.18

A shaft and paddle part (speed):

Speed (RPM) = Shouldn't rotation of rotor energy/rotor into inertia Shouldn't you open a root?

The amount of rotor energy = 10*Effective flow rate-induction energy (only when enabled by the coil)-(rotor mass+fan blades rotating inertia)*(speed*0.0001)^2

Effective flow velocity = flow velocity (flow velocity maximum flow velocity)

Maximum flow rate = fan blades rotating inertia*0.04*Pi*max (100, speed) = Fan blade rotation inertia number*0.1257*max (100, speed)

Fan blades rotating inertia = SUM (each layer and each direction) (Fan blade number*(fan blade number +1)/2) (for example, for a turbine with 4*4*2 = 32 fan leaves for a 7x7x7,The number of turning of the fan blades is 4*4*2*(2+1)/2 = 48)

Rotor mass = (number of rotation axes+fan blades)*100

Rotor rotation inertia = (number of rotation axis+fan blades rotating inertia)

Coil part (energy):

Power generation (RF/T) = induction energy^average coil index*Average coil energy efficiency*Energy efficiency (or round efficiency)

Induction energy = speed*Total effective coil output rate*10

Total effective coil output rate = SUM (Extraction Rate)*2/(ring +1))

Number of ring = max (| x |, | z |) (where x, z are coordinates relative to the axis) (for example, the 8 grid around the coil is 1 ring, and then 5^2-3^2 = 16 is the outside.2 ring)

The average coil index is the average value of the coil (BONUS)

The average coil energy efficiency is the average value of the energy efficiency of the coil

Energy efficiency (round efficiency) = 0.25*cos (speed/(45.5*pi))+0.75 = 0.25*cos (speed /142.942) +0.75 (450 <2245) (that is, the highest efficiency at 900 or 1800rpm,source)

discuss:

The maximum power generation corresponding speed is:

Index = 1-> 1840.850

Index = 1.02-> 1841.727

Index = 1.04-> 1842.605

Index = 1.06-> 1843.482

Effective flow rate required to maintain speed = speed*Total effective coil output rate+(rotor quality+number of turning inertia of fan blades)*(speed*0.0001)^2/10

Full rotor efficiency is not equal:

0.1257*Fan blades rotating inertia -10^(-9)*(rotor quality+number of fan blades rotating inertia)*speed> Total effective coil output rate

Considering the 10^(-9)*speed is 10^(-6), the magnitude is magnitude, far less than 0.1257

That is, the number of turning inertia of fan blades> Total effective coil output rate /0.1257

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