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所在平台: Udemy |
课程主页: https://www.udemy.com/course/build-dynamic-model-electric-vehicle-matlab/
课程评论：没有评论
课程名称：使用MATLAB构建电动车动态模型 课程概述：该课程利用仿真技术预测系统或产品的性能，MATLAB仿真软件是全球工程师和研究人员使用的专业工具，提供多种工具和现成模型，适用于工程和科学的各个领域。本课程使用MATLAB的基础库“Simulink”开发车辆和电动机的仿真模型，帮助学员更清晰、便捷地理解电动车的仿真过程。该在线课程采用逐步培训形式，教授学员如何开发电动车的系统级仿真模型。采用被动负载方案，需要将车辆模型与电动机模型连接以构建完整的电动车模型，有助于预测不同类型电动机的车辆性能。 本课程适合任何工程专业的学生参与，包括专科生，但要求具备基本的MATLAB仿真环境知识。在课程中，您将学习： - 如何开发车辆的数学模型 - 如何构建特定车辆的MATLAB仿真模型 - 如何开发特定电动机的仿真模型 - 如何将开发的车辆模型与电动车的仿真模型连接 - 如何利用该模型预测系统性能 - 了解在系统设计中需要进行哪些更改以实现期望的性能 该课程特别适合对电动车系统感兴趣的电气工程和电力电子工程的学生及研究人员。
Simulation is a great tool to predict the performance of the system or product. MATLAB simulation software is a professional tool used by engineers & researchers over the world. It offers a huge variety of tools and ready-to-use models for various areas of engineering and science. A very basic library of MATLAB named "Simulink" is being used in this program to develop the simulation model of the vehicle and motor. It will help to understand the simulation of an electric vehicle with more clarity and ease.This online program is a step-by-step training to develop system-level simulation of the electric vehicle system.The passive loading scheme is used in which a separate model of the vehicle and motor needs to connect to build the complete model of the electric vehicle.It helps to predict the performance of the vehicle for different types of electric motors.This program is developed such that the students from any branch of engineering including diploma studies can learn how to build the simulation model of an electric vehicle system. However, a basic knowledge of the MATLAB simulation environment is required.In this program, you will learn,• How to develop a mathematical model of the vehicle• How to develop a MATLAB simulation model of the specific vehicle• How to develop simulation of specific electric motor• How to connect developed vehicle model with the simulation model of an electric vehicle with a passive loading scheme• How to use this model for predicting the performance of the system.• Understand what changes are required in system design to achieve the desired performance.This program will be benefited to the electrical engineering and power electronics engineering students and research scholars interested in the electric vehicle system.
