Hands-On Application Of Vehicle Performance Using MATLAB
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Last updated:
June 25, 2025
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Course Content
Introduction To The Course
00:56:09
Introduction To The Course
00:00:56
What Is Meant By Longitudinal Vehicle Dynamics And Vehicle Performance
00:13:28
Vehicle Tractive Effort
00:12:45
Impact Of Resistance Forces On The Vehicle
00:14:20
The Relationship Between Vehicle Tractive Effort And Vehicle Speed
00:14:40
MATLAB Examples
07:22:15
Example On Vehicle Performance Prediction
00:20:56
Matlab Code For Lecture 6
00:14:01
Example On The Dynamic Simulation Of An Electric Vehicle
00:18:56
MATLAB Code For Lecture 8
00:21:13
Example On The Driving Range Simulation For An Electric Vehicle
00:07:32
MATLAB Code For Lecture 10
00:08:24
Example on BEV Based On Power Characteristics matching Simulation
00:45:45
MATLAB Code For Lecture 12
00:22:44
Example On Extended Range Electric Vehicle (E-REV) And Transmission System
00:38:16
MATLAB Code For Lecture 14
00:12:08
Example On Parallel-Hybrid Electric Vehicle Transmission System Matching Part1.
00:25:33
Example On Parallel-Hybrid Electric Vehicle Transmission System Matching Part2
00:33:53
MATLAB Code For Lecture 16 & Lecture 17
00:17:11
Example On Driving System Matching Simulation Of A Fuel Cell Electric Vehicle
00:21:50
MATLAB Code for Lecture 19
00:20:24
Example On NEDC-Cycle State Of An Electric Vehicle-Driving Range Simulation
00:11:41
MATLAB Code For Lecture 21
00:16:52
Example On Matching The Simulation Of A Pure Electric Vehicle In NEDC Part 1
00:36:04
Example On Matching The Simulation Of A Pure Electric Vehicle In NEDC Part 2
00:26:24
MATLAB Code For Lecture 23 & Lecture 24.
00:22:28
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Last updated:June 25, 2025
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