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所在平台: Udemy |
课程主页: https://www.udemy.com/course/use-python-to-analyze-dynamic-motions-and-vibrations/
课程评论：没有评论
**课程名称：** Python在机械振动与动力学中的应用 **课程概述：** 本课程旨在帮助学员熟悉并深入了解不同机械系统运动的数值分析。课程将从Python IDE和Miniconda的安装入手，指导学员如何在IDE中编写和编辑Python代码。同时，学员将接触并学习相关的Python库和函数。课程通过详细讲解和解决各种编码示例，使学员在分析机械系统运动方面积累丰富的经验。 **课程特色：** * **高质量内容：** 配备高质量图片和视频。 * **实践导向：** 通过解决相关的最新实例来学习。 * **清晰易懂：** 英文讲解清晰，任何水平的学生都能理解。 * **循序渐进：** 从基础知识到专业技能，逐步引导学员。 * **结合应用：** 可将所学知识与控制工程知识相结合，研究如何调节机械系统运动。 * **定期更新：** 课程内容会定期更新，包含该领域的最新实例。 **核心内容：** Python, 机械振动, 动力学分析, 运动分析, 多个已解决示例, 振动, 动力学
Hi! I hope you are doing great! Welcome to the course "Python For Mechanical Vibrations and Dynamics".This Course is designed to familiarize you with and deepen your knowledge about the numerical analysis of motion of different mechanical systems. At first, you are guided on how to install Python IDE and Miniconda. Next, you learn where to write and edit your Python Codes (in IDE). Simultaneously, you get familiar with relevant Python Libraries and Functions. After that, different coding examples are explained and solved to help you gain lots of experiences about analyzing the motions of different mechanical systems. To help you fully understand the course, each example is explained very patiently and very well. In addition, the course includes: - High Quality Pictures- High Quality Videos- Detailed Explanation on How to Write Python Codes- You Learn By Solving Relevant Up-to-date Examples - Very Clear English, Any Student Can Comprehend the Topic This course is planned very carefully for the students interested to learn what mechanical motion may look like. It guides you from the first elementary step through to the expertise level. You can even combine this course with what you learn in control engineering to investigate how to modulate the motion of mechanical systems. Furthermore, the course is updated regularly to contain the most up-to-date examples in the field. Python For Mechanical Vibrations and Dynamics Python, Mechanical Vibrations, Dynamics Analysis, Motion Analysis, Several Solved Examples, Vibration, Dynamics,
