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所在平台: Udemy |
课程主页: https://www.udemy.com/course/f1-aero-design-thinking-cad-hands-on-with-2026-front-wing/
课程评论:没有评论
课程名称:F1 空气动力学设计思维(CAD):2026 前翼实操 课程概述:您有没有想过,F1 团队是如何运用设计思维原则设计前翼的?本课程将带您深入体验,将设计思维与实际 CAD 建模结合,揭示 2026 年 F1 前翼设计的秘密。 第一部分:设计思维 - 针对 F1 2026 前翼的基础原则 - 教师介绍:了解课程讲师,他是在创造力、工程和赛车性能交叉领域的专家。 - 什么是设计思维?:探讨以用户为中心、迭代的设计思维方法如何在 F1 及其他领域推动创新解决方案。 - 工作设置与平台:学习如何设置软件、工具和环境,以实现无缝的建模体验。 第二部分:运用设计思维构建 F1 前翼 - 空气动力轮廓与线框方法:理解空气动力轮廓的概念及其如何转换为线框。 - F1 团队的气动翼构造:体验成为 F1 工程师,准确塑造前缘和后缘。 - 平面与正视曲线:为机翼铺设关键几何形状,确保稳定性与性能。 - 讨论:机翼元素为何特殊?分析设计功能性空气动力表面的独特挑战。 第三部分:前翼的第一个元素 - 从线框到主表面 - 线框构建:构建精确的骨架结构,作为前翼的基础。 - 主表面:将线框演变为完整的渲染表面,以进行性能分析。 第四部分:端板设计 - 设计思维的实践 - 端板设计:结合创意解决方案与迭代反馈,完善端板几何。 - 问答环节:集思广益,探讨设计改进,解决问题,澄清概念。 第五部分:端板表面处理 - 垂直与水平元素:运用先进的表面技术来最终确定端板轮廓。 - 细节修整:发现小的修改如何显著影响气流。 - 表面处理问答:解决常见挑战,细化您的方法。 第六部分:组装 2026 年 F1 前翼 - 整合所有元素:将机翼轮廓与端板结合成一个统一的设计。 - 修整与变体:学习如何修整和调整前翼,以满足不同的性能目标和美学需求。 第七部分:如何成为一名空气动力学设计工程师 - 职业指导:探索职业道路、技能组合及下一步,以在赛车空气动力学中脱颖而出。 通过本课程,您不仅将拥有一款完整的 2026 风格的 F1 前翼设计于您的 CAD 作品集中,还将提升您的设计思维能力,为您在工程挑战中的创新问题解决做好准备。加入我们,加速您对 F1 空气动力学与设计的激动人心之旅!
Ever wondered how a Formula 1 front wing is designed to at F1 Teams using Design Thinking Principles ? Dive into an immersive learning experience that blends Design Thinking with hands-on CAD modeling, and discover the secrets behind the design of a 2026 F1 Front Wing!Section 1: Design Thinking - Foundational Principles for an F1 2026 Front WingInstructor Introduction: Get to know your course guide-an expert at the intersection of creativity, engineering, and motorsport performance.What is Design Thinking?: Explore the user-centric, iterative approach that drives innovative solutions in Formula 1 and beyond.Work Setup and Platform: Learn how to set up your software, tools, and environment for a seamless modeling experience.Section 2: Building F1 Front Wings Using Design ThinkingAero Profiles and Wireframe Approach: Understand how aerodynamic contours are conceptualized and translated into wireframes.Constructing an Aerofoil at an F1 Team: Step into the shoes of an F1 engineer to shape leading and trailing edges accurately.Planview & Front View Curves: Lay down critical geometry for the wing, ensuring stability and performance.Discussion: Why Are Wing Elements Special?: Analyze the unique challenges of designing functional aerodynamic surfaces.Section 3: First Element of the Front Wing - Wireframe to Main SurfacesWireframe Construction: Build a precise skeletal structure as the foundation of your front wing.Main Surfaces: Evolve your wireframe into fully rendered surfaces, ready for performance analysis.Section 4: Endplate Design - Design Thinking in ActionDesigning the Endplate: Incorporate creative solutions and iterative feedback loops to perfect endplate geometry.Q & A Session: Brainstorm design improvements, troubleshoot issues, and clarify concepts.Section 5: Surfacing the EndplateVertical & Horizontal Elements: Apply advanced surfacing techniques to finalize endplate contours.Blends & Finishing Touches: Discover how small modifications can significantly affect airflow.Q & A for Surfacing: Address common challenges and fine-tune your approach.Section 6: Assembling the 2026 F1 Front WingBringing It All Together: Combine all elements-the wing profiles and endplates-into one cohesive design.Trimming & Variants: Learn how to trim and adjust the front wing to meet different performance goals and aesthetic demands.Section 7: How to Become an Aerodynamics Design EngineerCareer Guidance: Explore pathways, skill sets, and next steps to excel in motorsport aerodynamics.By the end of this course, you'll not only have a fully realized 2026-style F1 front wing in your CAD portfolio, but you'll also have sharpened your design thinking mindset-equipping you for innovative problem-solving in any engineering challenge. Join us and accelerate your journey into the thrilling world of F1 Aerodynamics and Design!