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Md-helaluddin / repository
A physics-based simulation of an electric vehicle powertrain (Battery, DC Motor, Transmission, and Vehicle Body) developed in MATLAB/Simulink using Model-Based Design principles
A physics-based simulation of an electric vehicle powertrain (Battery, DC Motor, Transmission, and Vehicle Body) developed in MATLAB/Simulink using Model-Based Design principles. This project focuses on the derivation and implementation of a complete Electric Vehicle (EV) drivetrain. The goal is to build a high-fidelity "Plant Model" suitable for Software-in-the-Loop (SIL) testing and control strategy development. The model is built from first principles (mathematical equations) without relying on pre-made Simscape blocks, ensuring a deep understanding of the electromechanical dynamics
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KivancApaydin1907 /
Source codes, datasets, and flight simulation scripts for the 'Applied Flight Performance' Udemy Course. Focusing on T-38 Talon aerodynamics and physics-based modeling in MATLAB
fhstp /
autoSIM: a Matlab-based fully automated workflow for semi-personalized physics-based OpenSim simulations.
FedericoSabbadini /
Physics-based EMF analyzer modeling electric and magnetic fields from transmission lines and antennas with MATLAB simulations.”
DRDA33682001 /
This repository showcases a series of MATLAB-based engineering projects developed by Dron Das Purkayastha. The collection includes numerical solvers, physics-based simulations, and data visualizations. Each project is self-contained and well-documented, suitable for both academic reference and professional demonstration.
zaziob /
Interactive MATLAB game that simulates projectile motion using the Runge–Kutta (RK4) method. Features a graphical interface to launch projectiles, destroy space targets, and track score and attempts in real time. Developed as a fun demonstration of physics-based simulation and GUI programming in MATLAB.
Ghostforce105 /
A MATLAB/Simulink simulation of the complete hybrid PV/CSP plant with six distinct BESS chemistries, modeled using physics-based energy balance equations that account for self-discharge, charge/discharge efficiency asymmetry, and SoC constraint enforcement.