GitHub - CWacker259/Spacecraft-Trajectory-Optimization--Nonlinear-Numerical-Approach: This project builds upon the foundation established in my numerical optimization coursework. It employs advanced nonlinear, multi-objective numerical methods to optimize the trajectory of a spacecraft as it navigates the inner solar system and executes a gravity assist around Earth.

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This project builds upon the foundation established in my numerical optimization coursework. It employs advanced nonlinear, multi-objective numerical methods to optimize the trajectory of a spacecraft as it navigates the inner solar system and executes a gravity assist around Earth.

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Name		Name	Last commit message	Last commit date
Latest commit History 13 Commits
Saving Mark Watney - Spacecraft Trajectory Optimization via Nonlinear Programming_WACKER.ipynb		Saving Mark Watney - Spacecraft Trajectory Optimization via Nonlinear Programming_WACKER.ipynb
earth_data_acc.csv		earth_data_acc.csv
mars_data_acc.csv		mars_data_acc.csv
mercury_data_acc.csv		mercury_data_acc.csv
venus_data_acc.csv		venus_data_acc.csv