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所在平台: Udemy |
课程主页: https://www.udemy.com/course/ansys-workbench-design-and-simulation/
课程评论：没有评论
课程名称：掌握 Ansys Workbench - 设计与模拟 - AulaGEO 课程概述： 本课程旨在帮助工程师、学生和模拟爱好者充分发挥 Ansys Workbench 的潜力，是一个实践性强的课程。不论你是刚入门还是希望提升有限元分析（FEA）技能，本课程将带你逐步从基本设置到高级模拟。学习内容涵盖界面配置、材料性质定义，以及利用 SpaceClaim 工具创建 2D 和 3D 几何图形。接下来，你将深入了解静态结构分析Beam和桁架、热沉的热模拟以及包括模态、谐波和旋转效应在内的动态分析。每个模块都基于前一个模块，通过真实世界的示例和详细的模拟练习来强化理论。完成课程后，你将能够进行机械和热系统的专业级模拟，并自信地评估其结构完整性。 学习内容： - 导航和配置 Ansys Workbench 界面及单位系统 - 指定和定制工程材料属性 - 使用 SpaceClaim 工具创建和编辑 2D 和 3D 几何 - 在各种载荷条件下分析梁和桁架 - 执行模态、谐波和动态旋转模拟 - 运行稳态和瞬态热分析 - 评估静态和循环载荷情况下的安全系数 课程结构： - 第一部分：Ansys Workbench 基础知识 了解界面，设置项目，并掌握使用强大的 SpaceClaim 特性创建几何。 - 第二部分：静态结构模拟 模拟在梁和桁架上常见的机械载荷情况，使用固体和线体模型。 - 第三部分：热分析 使用稳态和时间依赖的热模拟建模系统中的热传递。 - 第四部分：高级模拟与安全评估 探索模态和谐波特性，执行飞轮模拟并进行安全系数评估。 适合人群： - 机械、土木、航空航天和结构工程师 - 寻求实践性 FEA 技能的工程学生 - 转型为基于模拟设计的专业人士 - 从事结构和热分析的设计师和研究人员 为什么要报名？ - 结构化的、适合初学者的教学方法，具有实际世界的相关性 - 涉及各行业中使用的基本模拟类型 - 包括可下载的资源、项目和终身访问权限 - 获得结业证书，提升你的工程概况 掌握工程师日常使用的工具，验证设计并提高性能。不论是出于学术、专业还是研究应用，本课程都将帮助你自信地使用 Ansys Workbench 解决复杂问题。现在就报名，开始更智慧的模拟吧。
Course OverviewUnlock the full potential of Ansys Workbench with this hands-on course designed for engineers, students, and simulation enthusiasts. Whether you're just getting started or seeking to refine your FEA (Finite Element Analysis) skills, this course takes you from basic setup to advanced simulations-step by step.You'll begin by learning how to configure the interface, define material properties, and create 2D and 3D geometries using SpaceClaim. From there, you'll dive into static structural analysis for beams and trusses, thermal simulations for heat sinks, and dynamic analyses including modal, harmonic, and rotational effects. #AulaGEOEach module builds on the previous one, reinforcing theory through real-world examples and detailed simulation exercises. By the end of the course, you'll be able to conduct professional-grade simulations for mechanical and thermal systems and evaluate their structural integrity with confidence.What You Will LearnNavigate and configure the Ansys Workbench interface and unit systemsAssign and customize engineering material propertiesCreate and edit 2D and 3D geometry using SpaceClaim toolsAnalyze beams and trusses under various load conditionsPerform modal, harmonic, and dynamic rotational simulationsRun steady-state and transient thermal analysesAssess factor of safety for static and cyclic loading casesCourse StructureSection 1: Fundamentals of Ansys WorkbenchUnderstand the interface, set up projects, and master geometry creation using powerful SpaceClaim features.Section 2: Static Structural SimulationsSimulate common mechanical load cases on beams and trusses using both solid and line body models.Section 3: Thermal AnalysisModel heat transfer in systems using steady-state and time-dependent thermal simulations.Section 4: Advanced Simulations and Safety EvaluationExplore modal and harmonic behavior, flywheel simulations, and perform factor of safety evaluations.Who Should Take This Course?Mechanical, Civil, Aerospace, and Structural EngineersEngineering students seeking hands-on FEA skillsProfessionals transitioning into simulation-based designDesigners and researchers in structural and thermal analysisWhy Enroll?Structured, beginner-friendly approach with real-world relevanceCovers essential simulation types used across industriesIncludes downloadable resources, projects, and lifetime accessEarn a certificate of completion and boost your engineering profileMaster the tools engineers use every day to validate designs and improve performance. Whether for academic, professional, or research applications, this course will prepare you to confidently solve complex problems using Ansys Workbench.Enroll now and start simulating smarter.
