🚧 In Development
A Python-based engineering project that simulates the trajectory of a rocket using fundamental physics and projectile motion equations.
The purpose of this project is to explore how launch angle and initial velocity affect rocket flight performance through mathematical modeling and simulation.
How do launch angle and initial velocity influence a rocket's maximum height, flight time, and horizontal range?
- Aerospace Engineering
- Physics
- Mathematical Modeling
- Python Programming
- Data Visualization
Calculate the highest point reached during flight.
Determine how long the rocket remains in the air.
Estimate the total distance traveled.
Display the rocket's flight path using graphical plots.
- Projectile Motion
- Gravity
- Velocity Components
- Flight Dynamics
- Mathematical Modeling
- Python Programming
- Aerospace Fundamentals
- Physics-Based Simulation
- Data Analysis
- Mathematical Modeling
- Engineering Problem Solving
- Air Resistance Simulation
- Thrust Modeling
- Multi-Stage Rockets
- Variable Gravity Environments
- Interactive User Interface
- Python Source Code
- Simulation Outputs
- Graphs and Visualizations
- Documentation
Sarp AKAR