ChatGPT:
Technically, developing a bigger turbofan engine out of a smaller one is not a simple task and goes beyond just "enlarging" the parts. The process requires complex engineering, design, and testing.
Firstly, turbofan engines are complex machinery built to very precise specifications, and their performance depends heavily on their design and dimensions. A small increase in size could greatly affect their operation, possibly leading to decreased efficiency, overheating, or mechanical failure.
Secondly, the materials used in turbofan engines are chosen for their specific properties at particular sizes. If you were to simply scale up every part of the engine, these materials may not have the desired properties at the larger size. The strength, weight, and heat-resistance of the materials could all change in ways that are difficult to predict.
Lastly, many aspects of the engine's operation, such as the flow of air and fuel, the combustion process, and the way the engine is cooled, would all change if the engine were scaled up. These changes would require complex adjustments to the engine's design and operation.
In conclusion, while it is theoretically possible, it would require extensive research, development, and testing which could be very time-consuming and costly. You would almost be building a new engine from scratch, rather than "developing" a bigger engine out of a smaller one. Thus, it would be better to either modify the existing engine to increase its efficiency and power output or design a new larger engine from the ground up.
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So this means that TF-35000 will be very likely not based on TF-6000.
TF-6000 is only seen as a step towards TF-35000 by TEI.
TRMOTOR is working on TF-35000 for several years now.
Are you saying that the engineers at TRMOTOR have no know-how?
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