Mathematica code for Aircraft propulsion, Transcriptions of Aerospace Engineering

In this document, you will find out the Mathematica software code for the Air-breathing Engine of an Aircraft.

Typology: Transcriptions

2022/2023

Available from 05/17/2023

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Propulsion Assignment Mathemetica code for Aircraft engine Thrust equation I. Surya Prabhas 21103100
ClearAll["Global`*"]
(* Define variables *)
T = 120000; (* thrust, N *)
v = 250; (* velocity, m/s *)
m_dot = 2000; (* mass flow rate, kg/s *)
(* Calculate derived quantities *)
F = T - m_dot*v; (* net force, N *)
(* Print results *)
Print["Thrust equation for an aircraft:"]
Print["Thrust: ", T, " N"]
Print["Velocity: ", v, " m/s"]
Print["Mass flow rate: ", m_dot, " kg/s"]
Print["Net force: ", F, " N"]

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Propulsion Assignment – Mathemetica code for Aircraft engine Thrust equation – I. Surya Prabhas 21103100 ClearAll["Global`"] ( Define variables ) T = 120000; ( thrust, N ) v = 250; ( velocity, m/s ) m_dot = 2000; ( mass flow rate, kg/s ) ( Calculate derived quantities ) F = T - m_dotv; (* net force, N ) ( Print results *) Print["Thrust equation for an aircraft:"] Print["Thrust: ", T, " N"] Print["Velocity: ", v, " m/s"] Print["Mass flow rate: ", m_dot, " kg/s"] Print["Net force: ", F, " N"]