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所在平台: Udemy |
课程主页: https://www.udemy.com/course/mastering-thermal-cfd-simulations-ansys-cfx/
课程评论：没有评论
Coursera 课程总结： **課程名稱：** 使用 Ansys CFX 精通热力学 CFD 模拟 **課程概述：** 本课程提供了一个从传热学基础到高级模拟分析的完整学习路径。课程从导热和对流等核心概念开始，逐步深入探讨各种实际应用中的共轭传热。该课程非常适合工程专业的学生、CFD 学习者以及从事热力系统设计和分析的专业人士，旨在通过理论与模拟相结合的方式，帮助您获得实践经验。 课程的每个部分都将清晰的理论讲解与实际模拟结果和对比分析相结合。您将深入研究各种组件中的传热行为，包括：热交换器、电力变压器散热器、电子设备冷却解决方案、加热盘管、混合管道、涡轮叶片等，从而全面理解跨行业的传热性能。 **涵盖主题：** * 传热学基础 * 平板中的传热 * 管道内部流动的传热 * 管道内外联合流动传热 * 管壳式换热器中的传热 * 加热盘管的热分析 * 电子散热器中的冷却分析 * 管道接头中的热混合 * 电力变压器散热器中的传热 * 翅片-管式换热器模拟 * 涡轮叶片冷却技术 * 瞬态（随时间变化的）传热分析 * 用于性能比较的参数研究 * 热力系统设计的优化 * 机翼结构中的耦合热-流-结构分析 **课程特色：** 本课程理论联系实际，是任何希望通过工程模拟掌握热力分析的人士的理想选择。无论您是学生、研究人员还是行业专业人士，本课程都将为您提供有效分析、解读和优化热力系统的工具。通过模拟来巩固理论知识，确保您对传热行为获得直观的实践理解。
Mastering Heat Transfer: Theory to Practical Simulation AnalysisThis course provides a complete learning path from the fundamentals of heat transfer to advanced simulation-based analysis. Beginning with core concepts like conduction and convection, you'll progressively explore conjugate heat transfer in a variety of real-world applications. Ideal for engineering students, CFD learners, and professionals working in thermal system design and analysis, this course bridges theory and simulation to help you gain hands-on experience.Each section integrates clear theoretical explanations with practical simulation results and comparative analysis. You'll explore heat transfer behavior in diverse components-heat exchangers, power transformer radiators, electronic cooling solutions, heating coils, mixing pipes, turbine blades, and more-enabling a deep understanding of thermal performance across industries.Topics Covered:Fundamentals of Heat TransferHeat Transfer in Flat PlatesHeat Transfer in Internal Pipe FlowCombined Internal and External Flow in PipesHeat Transfer in Shell-and-Tube Heat ExchangersThermal Analysis of Heating CoilsCooling Analysis in Electronic Heat SinksThermal Mixing in Pipe JunctionsHeat Transfer in Power Transformer RadiatorsFin-and-Tube Heat Exchanger SimulationTurbine Blade Cooling TechniquesTransient (Time-Dependent) Heat Transfer AnalysisParametric Study for Performance ComparisonOptimization of Thermal DesignsCoupled Thermal-Fluid-Structural Analysis in Wing StructuresThis course bridges theory and application-ideal for anyone aiming to master thermal analysis using engineering simulations. Whether you're a student, researcher, or industry professional, this course equips you with the tools to analyze, interpret, and optimize thermal systems effectively. Simulations are used to reinforce theory, ensuring a hands-on and intuitive understanding of heat transfer behavior.
