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所在平台: Udemy |
课程主页: https://www.udemy.com/course/create-mechanism-fusion-360/
课程评论：没有评论
**课程名称：Fusion 360：创建推拉弹起式隐藏装置** **课程概述：** 本课程将带您深入了解Fusion 360，并学习如何设计复杂的机械装置。课程首先对Fusion 360进行快速介绍，随后通过第一部分（Section 1）详细讲解如何一步步设计一个推拉弹起式隐藏装置。该装置可用于将iPad Pro隐藏在桌面或墙壁下方。当手臂旋转时，iPad会弹出，同时盖板向后滑动。为了实现这一精妙的运动，需要多个零件协同工作。课程将重点解释每个零件的设计理念及其设计的缘由，让您深入理解其内在逻辑。 通过本课程的学习，您将掌握Fusion 360在装配建模方面的强大功能，尤其是**自顶向下设计（Top-Down Design）**的实操技巧。学完本课程，您将能够自信地运用Fusion 360进行各类设计工作，为日后任何机械设计项目打下坚实基础。 **课程内容亮点：** * **从零开始的全过程建模：** 第一部分将从建模框架和固定齿轮开始，逐步完成整个盖板的建模。您将亲眼目睹装置的搭建过程，并了解其模型结构背后的思考方法。 * **真实感与专业性：** 所有建模过程都力求真实，注重螺钉、精确草图、倒角以及材料选择的运用，展现专业级的设计水准。 * **Fusion 360入门与核心概念（Section 3）：** 对于初学者，第三部分将提供Fusion 360的简要介绍，阐述其相比其他CAD软件的独特之处。内容涵盖用户界面（UI）介绍、数据管理概念以及特殊的模型结构。随后，课程将引入“Rule #1”原则，并讲解其建模方法论。 **学习目标：** * 熟练掌握Fusion 360在机械装置设计中的应用。 * 掌握在Fusion 360中进行自顶向下设计（Top-Down Design）的技巧。 * 理解复杂机械装置的设计原理和零件之间的协同工作方式。 * 掌握使用Fusion 360进行精确建模、草图绘制、装配和材质选择等操作。 * 为日后的机械设计项目奠定坚实的技术基础，能够独立应对各类设计挑战。
In this course you will learn about Fusion 360 and how to design complex mechanical assemblies. After the quick introduction to Fusion 360, section 1 explains step by step how to design slide-n-pop mechanism. The mechanism is used to hide an iPad Pro underneath the surface of a desk or a wall. When the arm rotates, the iPad pops up and the cover slides back. Behind this interesting motion are many parts that are designed to work together to carry out this motion properly. Through the lessons a great focus in given to explain the concept behind each part's design and why it's made the way it is. Throughout the course, you will learn about Fusion 360 power when it comes to assembly modeling. You will gain experience with top-down design using Fusion 360. Further, you will become very comfortable using Fusion 360 for any kind of design work later. This course is comprehensive and cuts through all the important modules in Fusion 360. By the end of the course, you will learn all the basics that you need to approach any mechanical design project in Fusion 360. Section 1 starts from the ground up; modelling the frame and stationary gear, and moving up step by step to model the cover. You will watch how the mechanism is built step by step while observing the thinking methodology behind the structure of the model. All the modelling done is kept realistic and true to nature by using fasteners, proper sketches, chamfers and well selected materials. You will be getting a front seat to an inside look at how the professional do it. If you're not familiar with Fusion 360, Section 3 will give you a brief introduction to Fusion. I'll explain the reasons that makes Fusion very special among other CAD softwares. This section includes an introduction to the UI, Data management concepts in Fusion and the special model structure. After that Rule#1 will be introduced and the methodology of the modelling will explained.
