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Internship on Transient Simulation of the Liquid Propellant Rocket Engine at TUM, 10 weeks internship with own models and coding. Based on the report by Gauthier JARY, student at ENSTA Paris.

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README.md
README.md
 
 
Simulation A system T-P-P-T [A1 case Chiara].py
Simulation A system T-P-P-T [A1 case Chiara].py
 
 
Simulation A system T-P-P-T [LPM].py
Simulation A system T-P-P-T [LPM].py
 
 
Simulation B Increasing space discretization in System T-P-P-T [20 pipes].py
Simulation B Increasing space discretization in System T-P-P-T [20 pipes].py
 
 
Simulation B Increasing space discretization in System T-P-P-T [4 pipes].py
Simulation B Increasing space discretization in System T-P-P-T [4 pipes].py
 
 
Simulation C Coupling effects with wider pipes.py
Simulation C Coupling effects with wider pipes.py
 
 
Simulation D Water-hammer effect [A2 case Chiara].py
Simulation D Water-hammer effect [A2 case Chiara].py
 
 
Simulation E Simplified LPRE Engine [explicite Euler].py
Simulation E Simplified LPRE Engine [explicite Euler].py
 
 
Simulation E Simplified LPRE Engine [implicit Euler][with deeper analysis].py
Simulation E Simplified LPRE Engine [implicit Euler][with deeper analysis].py
 
 
Simulation F Temperature prediction in the system [explicit Euler][with errors].py
Simulation F Temperature prediction in the system [explicit Euler][with errors].py
 
 
Simulation F Temperature prediction in the system [implicit Euler].py
Simulation F Temperature prediction in the system [implicit Euler].py
 
 
Simulation G Simplified LPRE Engine with forced oscillations and constant temperature.py
Simulation G Simplified LPRE Engine with forced oscillations and constant temperature.py
 
 

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image My own model of the simplified engine: image The equations I have been working with: image Results of my simulations, image image

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Internship on Transient Simulation of the Liquid Propellant Rocket Engine at TUM, 10 weeks internship with own models and coding. Based on the report by Gauthier JARY, student at ENSTA Paris.

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