I tried to build my engine. But it does not work because the compressor is too weak, a gust of air extinguishes the flame, and the friction on the shaft is too large and is made crooked. Greetings from Poland young engineers! Good Luck in your constructions! All you did was create a complex flame torch. To actually recreate a jet turbine the intake air and exhaust air has to be compressed in multiple stages not just one blade in front and two in rear. We are talking about at least 4 stages each to effectively recreate a jet turbine. Also I doubt aluminum would withstand such high temps as a proper turbine but I may be incorrect. Wrong answer. A gas-turbine can work very good with only 1 compressor stage and 1 turbine stage. The problem here is, that the power of the compressor has to be bigger than the power of the turbine. So there is some surplus power to make thrust and to accelerate the system. Have a look at micro turbines as the"lambert kolibri" or the "jet cat" series. They often have only 1 compressor stage and 1 or 2 turbine stages. after your compressor fan the tapering of the cowling is forming a diverging duct causing pressure and velocity to decrease this is the fundamental flaw to you design and not an easy one to understand. researching the Bernoulli theory would clarify this. once you have achieved this compassion will increase with out the need for a multiple stage compressor. even tho multiple stages is best the issue is the rise in complexity as for each rotating stage (rotor) you require a stationary stage (stator) to guide your air flow into the next rotor a system that would possibly be to large for what you are trying achieve the second thing that could possibly help is a flame holder.
My Experimental Juice Can Jet Engine - DOES NOT WORK!
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