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Air Flow M KG/S Pressure Inlet Toccp Bar Temperature Inlet Tocct K Temperature Outlet From CCT K Pressure Losses in CC P

This document discusses a tutoring session on combustion chambers (CC). It asks 5 questions - the types of CC sketches, how to sketch the flow distribution in a typical CC, sources of losses in a CC, and how to calculate fuel consumption and pressure output given different inlet air flows, pressures, temperatures and pressure losses. It then provides a table with these inlet parameters and asks to calculate the outlet for 5 cases.

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mahmoud Eissa
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38 views1 page

Air Flow M KG/S Pressure Inlet Toccp Bar Temperature Inlet Tocct K Temperature Outlet From CCT K Pressure Losses in CC P

This document discusses a tutoring session on combustion chambers (CC). It asks 5 questions - the types of CC sketches, how to sketch the flow distribution in a typical CC, sources of losses in a CC, and how to calculate fuel consumption and pressure output given different inlet air flows, pressures, temperatures and pressure losses. It then provides a table with these inlet parameters and asks to calculate the outlet for 5 cases.

Uploaded by

mahmoud Eissa
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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Tut# 2

1. What are the types of CC, sketch?

2. Sketch the flow distribution in a typical CC.

3. What are the sources of losses in CC.?

4. Calculate the fuel consumption and pressure output in each of the following cases.

Air flow m Pressure inlet temperature inlet temperature outlet from Pressure losses in
kg/s to CC P02 bar to CC T02 K CC T02 K CC
40 10 500 1000 .04 P02

50 11 600 1050 0.4 bar

44 12 650 1100 .042 P02

56 13 550 1250 0.5 bar

38 10 700 1300 .035 P02

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