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所在平台: Udemy |
课程主页: https://www.udemy.com/course/fusion-360-surface-design-t-spline-sculpting/
课程评论：没有评论
课程名称：Fusion 360 表面设计与T-Spline造型 课程概述：通过掌握表面设计和T-Spline造型的强大技术，充分发挥Autodesk Fusion 360的潜力。本课程是一个全面的实践课程，适合完全初学者和已有一定Fusion 360经验的学习者，旨在培养建模复杂、有机和视觉吸引形状的技能，这些形状广泛应用于产品设计、工业设计和机械工程领域。 课程从表面建模的基础开始，教授使用如拉伸、旋转、扫掠、放样、补丁、规则面、偏移、修剪和缝合等工具。通过易于跟随的练习和实际项目，学习者将能够创建平滑而精确的表面体，这些通常是通过实体建模无法实现的。 然后，课程将转入T-Spline造型的世界——Fusion 360中设计自由形式有机形状的强大工具集。学习者将创建和编辑T-Spline基本体，探索使用编辑形状工具的造型工作流程，学习如何插入边缘、桥接表面、创建对称，并精确操作面和顶点。 课程还涵盖讲解了如何将雕刻的体转换为实体形式，并添加厚度以便于原型制作和生产。无论是设计消费产品、艺术模型还是原型，这门课程都提供了实现专业质量3D模型所需的实践知识和创意技巧。
Unlock the full potential of Autodesk Fusion 360 by mastering the powerful techniques of surface design and T-Spline sculpting in this comprehensive, hands-on course. Whether you're a complete beginner or someone with some Fusion 360 experience, this course will equip you with the skills needed to model complex, organic, and visually compelling shapes used in industries like product design, industrial design, and mechanical engineering.The course begins with the fundamentals of surface modeling, where you'll learn to use tools like extrude, revolve, sweep, loft, patch, ruled surface, offset, trim, and stitch. Through easy-to-follow exercises and real-world projects, you'll develop the ability to create smooth and precise surface bodies that are often impossible to achieve with solid modeling alone.Then, you'll transition into the world of T-Spline sculpting-Fusion 360's powerful toolset for designing freeform, organic shapes. You'll create and edit T-Spline primitives, explore sculpting workflows using the Edit Form tool, and learn how to insert edges, bridge surfaces, create symmetry, and manipulate faces and vertices with precision. The course also covers converting sculpted bodies to solid forms and adding thickness for prototyping and production.Whether you're designing consumer products, artistic models, or prototypes, this course provides the practical knowledge and creative techniques needed to turn your ideas into professional-quality 3D models.
