Udemy – Hands-On Application Of Vehicle Performance Using MATLAB 2022-6

Udemy – Hands-On Application Of Vehicle Performance Using MATLAB 2022-6 Downloadly IRSpace

Apr 18, 2025 - 04:34 Updated: Apr 21, 2025 - 10:49

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Udemy – Hands-On Application Of Vehicle Performance Using MATLAB 2022-6

Hands-On Application Of Vehicle Performance Using MATLAB Course. This course is an example-based course where most of the lectures are presented in the form of solvable problems that require a sound understanding of the theory part. In this way, the student will be able to quickly apply what he has learned from one example to another.

What you will learn in the course

Understanding and analyzing the different resistive forces that affect the car while driving and building a mathematical model of the car’s resistance.
Vehicle dynamics analysis related to vehicle performance.
Study and create vehicle engine characteristic curves and understand how engine torque is used to overcome road resistance.
Understanding the impact of resisting forces on vehicle power requirements and modeling road resistances in MATLAB software.
Understanding and calculating vehicle performance characteristics (eg maximum vehicle speed, acceleration time, maximum incline, electric vehicle range).
Gaining technical knowledge about predicting vehicle performance under specific driving conditions.
Understanding how different parameters affect vehicle performance.
Simulation of car dynamics using graphic diagram of dynamic characteristics and determination of car power factor.
How to analyze the factors that affect the power performance of an electric vehicle.
How to simulate the range of motion for an electric vehicle with a constant speed.
Performance analysis (BEV, battery electric vehicle) based on matching the power characteristics of vehicle power transmission system simulation.
Acquiring the technical knowledge to calculate and determine the power of the electric motor based on the resistance requirement of the car.
Learn how to perform powertrain matching with MATLAB simulation for Extended Range Electric Vehicles (E-REV).
How to choose an engine that matches the design needs of your electric vehicle (parameter matching).
Gain the technical know-how to perform battery parameter matching to achieve the desired requirement for your designed electric vehicle.
How to simulate the compatibility of the driving system of a fuel cell electric vehicle.
Creating a mathematical model of fuel cell matching and matching fuel cell parameters with MATLAB.
Familiarity with the cycle status of an electric vehicle – driving range simulation according to the NEDC driving cycle.
Analysis and simulation of electric vehicle driving range under NEDC driving cycle conditions.
Studying the factors affecting the range of the electric vehicle.
Simulation of electric vehicle power transmission system based on a conditional method to meet NEDC cycle requirements.
Learn how to match drive motor and battery parameters based on NEDC operating conditions.

Who is this course suitable for?

You are a beginner in car dynamics and control.
You are interested in entering the field of vehicle control in the future and gain perspective in this field.
You want to enter the fast-growing field of designing and building your own electric vehicle.
You are a research student who has just entered the world of research and you want to speed up your learning process in the automotive field.
You are preparing to enter an automotive engineering master’s program.
You intend to join one of the prestigious automotive engineering competitions (for example Formula Student Competition and Formula Electric Student Challenge).