[Detailed Teaching of Mechanical Power-0.5 outer Chapter] Steam engine and power pump mechanical power (Create) Minecraf

2024-12-05 23:05:55|Myriagame |source：minecraft skins

This tutorial is 1.18.2, 0.5E teaching

There are three operating conditions of the steam engine: size, heat, and water.

The size level = fluid storage tank/4, that is to say, to reach the highest level, 18*4 = 72 storage tanks.

The passage of the heat level can feed the fuel at the burning room of the flames to get the calories 1, which can be superimposed.The burning room for the flames is the heat of the flame cake for the flame cake that allows each flame man to burn the burning room to add the calories 2.

Last water volume level = water flow (MB/TICK)/10, that is, 10MB/Tick can provide a level 1 water level.

The water flow of the power pump will change with the number of input ports.In the case of a single input port, the size of the water flow = speed/4, the water flow (later also known as the flow rate) is about a quarter of the speed, that is, a 100rpm power pump water flow rate is 25MB/TICK.In the case of multiple input ports, the water flow size = each input port added, the second input port flow velocity is about 50%of the first, and the third input port is about 40%of the first.

For example, the power pump with a full speed of 256 RPM, the flow velocity of a single input port is 64MB/Tick, and the current velocity of the second input port is 64*50%= 32, the total flow rate is 96MB/TICK, and the third input is in the third inputThe flow velocity of the mouth is 64*40%= 25.6, and the decimal is left, that is, 25, the total speed is 121MB/TICK.

Notice!The input port cannot make the input port together like the pipeline above, otherwise the flow rate will be reduced to only 85MB/Tick, which is not as good as two input ports.

The fluid pipe can turn in the middle like the figure above, but it cannot be used for a fork, otherwise the flow velocity will be reduced.I don't know why this is like this, anyway, I only need to know how to save stress the most

It is worth noting that the flow velocity provided by the input port must be calculated separately, such as 256 RPM, and the power pump flow speed of 4 input ports is theoretically 256/4*(100%+50%+40%+40%) = 147.2, Tip 2 to go to 147MB/TICK.

But the actual flow rate is, 256/4*100%+256/4*50%+256/4*40%+256/4*40%= 64+32+25+25 = 146MB/Tick.

From this we can know that when the single power pump wants to reach the highest level, it takes 236 RPM and 6 input port speed to increase. It still needs 6 input ports.

The level 9 steam engine requires 240 speed and 2 input ports.

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