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A collection of computational physics simulations implemented in GNU Octave, covering classical mechanics, orbital motion, and dynamical systems using numerical methods such as ODE solvers. This project focuses on visualizing physical phenomena through plots and simulations as part of a first-semester engineering curriculum.
Introduction to Numerical Methods / Ordinary Differential Equations
A swift implementation of explict runge-kutta ODE integration using the Dormond Price RK5(4) method
Methods for solving systems of ordinary differential equations in the case of initial value problems (ODE-IVP).
Solving simple pendulum using 2nd order ODE and capturing its motion
Passive 2-DOF quarter-car suspension modelling in MATLAB & Simulink, with ODE45 simulation, parameter studies, and cross-validation.
6-DOF rocket trajectory optimization. Find pitch program coefficients (a, b, c) to reach 200 km apogee using fsolve shooting method. Features: - Quaternion-based attitude dynamics - Exponential atmosphere model - Quadratic drag - Mass depletion - FSOLVE parameter optimization - Full 3D visualization Topics: fsolve, ode45, quaternions
Solving the 2nd order ODE from Newton's second law (F=ma)
Rocket Simulation and Design Files
MATLAB 2D glider simulator using 4 state model [vx, vy, x, h] solved with ode45. Computes lift and drag from real-world coefficients. Simulates until touchdown (h = 0), displays range + flight time.
Integrate a system of Ordinary Differential Equations using the Fifth Order Adaptive Cash-Karp method
MATLAB simulation of a nonlinear CSTR and transfer-function identification from cooling-water step-response data.
Digital simulator of continuous systems implemented in MATLAB
A compact collection of MATLAB programs — graded lab assignments and projects from university.
Este repositório é dedicado ao meu e-book sobre modelos matemáticos e computacional em medicina e biologia
This repository contains the basic bio-physical models as part of the course.
MATLAB simulation of logistic and predator-prey population models using Euler’s method and ode45.
MATLAB and Simulink implementation of a linear greenhouse control system using PID control, relay logic, and sustainability analysis.
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