What is the force of a jet engine and how can I calculate it?

AI Thread Summary
To calculate the force of a jet engine, the equation F = m * (v2 - v1) / Δt can be used, where realistic values for variables like air mass, gasoline mass, and exhaust velocity are needed. It is suggested to check manufacturers' websites, such as Rolls-Royce and General Electric, for accurate technical specifications. Additionally, exploring Wikipedia in multiple languages may yield useful information. Searching online for "technical data jet engine" can also provide relevant figures. Gathering these data points is essential for accurate calculations.
Maximilian Popelier
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Hi
Does someone know realistic numbers that i can put in this equation so i can calculate the force?
Ty maximilian Popelier
 

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lucht = air
brandstof = gasoline
uitlaat = exhaust

But what is vluigtuig?
 
plane the speed of the plane
 
ach Flugzeug ... of course ... should have recognized ...
 
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So to make it easier to read:
$$ F = m \cdot \frac{d \vec{v}(t)}{dt} = m \cdot \frac{v_2-v_1}{\Delta t}= \dot m v_2 - \dot m v_1=((m_{air}+m_{gas})\cdot v_{exhaust})-m_{air}v_{plane}$$
and you're looking for realistic figures for the various variables? Have you tried to find some information directly on the manufacturers' websites, i.e. RR and GE?
 
No, should i send a mail?
 
At least, it might be worth an attempt. However, I thought about looking for some technical specifications of their products. Maybe they are available online. Or on some Wikipedia pages about jet engines. (If you swap between different languages on Wiki, you improve your odds, as these pages aren't 1:1 translations. At least our many different languages here are good for something. :wink:)

Or google "technical data jet engine". Just some ideas.
 
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