Analysis of a turbojet engine

In summary, a new member of the forum is a mechanical engineering student struggling with a problem assigned by their advisor. Despite not having taken thermo yet, they wanted to challenge themselves. They initially asked for help, but later figured out the solution with their advisor's assistance. They shared their final solution in the thread.
  • #1
madjician
4
0
I'm brand new to this forum, although I've been browsing the threads for a while now. I'm currently majoring in mechanical engineering at the University of South Florida. I'm in my third semester, and I have been assigned this problem and I am struggling very much with it. (I haven't taken thermo yet, which is probably a decent amount of the confusion.)

It's not for a grade, it's just a side project my advisor assigned to me. I wanted to challenge myself, and it seems I have.

If anyone would be willing to help me at all, it would be greatly appreciated!

-Madj Ouhib
 

Attachments

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  • #2
Nevermind, pretty sure I figured it out!
 
  • #3
Nevermind, I'm 'ballpark' with the answer. Not sure where I'm messing up.
 
  • #4
Post your solution and we can help you locate your error.
 
  • #5
Sorry, this is my last post in the thread. I was typing up an abstract and stuff for this problem. I went and saw my adviser, finally got the correct answer. Here is the final solution.
 

Attachments

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1. What is a turbojet engine?

A turbojet engine is a type of gas turbine engine commonly used in aircraft propulsion. It works by compressing air with a turbine and mixing it with fuel in a combustion chamber, creating a high-velocity exhaust that propels the aircraft forward.

2. How does a turbojet engine work?

A turbojet engine works by taking in air through an intake, compressing it with a compressor, and then mixing it with fuel in a combustion chamber. The hot, high-pressure gases produced by the combustion are then expelled through a nozzle, creating thrust that propels the aircraft forward.

3. What are the main components of a turbojet engine?

The main components of a turbojet engine include the air intake, compressor, combustion chamber, turbine, and exhaust nozzle. Some engines may also have additional components such as afterburners and thrust reversers.

4. What are the advantages of a turbojet engine?

Turbojet engines offer several advantages over other types of engines, including high power-to-weight ratio, high speed capabilities, and simplicity of design. They also have a relatively low number of moving parts, making them more reliable and easier to maintain.

5. What are the limitations of a turbojet engine?

One major limitation of turbojet engines is their high fuel consumption, which can make them less efficient compared to other types of engines. They also have a narrow operating range and are less efficient at low speeds and high altitudes. Additionally, turbojet engines can be loud and produce a large amount of exhaust, which can contribute to air pollution.

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