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所在平台: Udemy |
课程主页: https://www.udemy.com/course/openfoam-cfd-theories-and-practical-applications/
课程评论：没有评论
课程名称：OpenFOAM CFD - 理论与实际应用 课程概述：您是否希望在不购买昂贵软件许可证的情况下运行计算流体动力学（CFD）仿真？目前，全球已有超过10万名学生和专业人士正在利用OpenFOAM。OpenFOAM不再是难以学习和编程复杂的软件。无论您是流体动力学领域的学生还是在职专业人士，使用OpenFOAM等免费软件进行CFD仿真将使您在同行和竞争对手中脱颖而出，后者使用的是昂贵的商业软件。OpenFOAM是市场上最全面的开源CFD软件，广泛应用于学术界和工业界。本课程将带您逐步完成如何在您的电脑上安装OpenFOAM，并介绍计算流体动力学的背景理论。我们将开始进行第一次仿真，使用不可压流体作为工作流体。我会向您解释几何体的创建过程，接着根据您的需求如何进行网格划分。然后，我们将运行仿真并使用OpenFOAM内置的ParaView查看结果。 从初学者到高级用户：无论您在CFD学习旅程的哪个阶段，本课程绝对适合您。对于完整的初学者，我提供了理论背景，以帮助您掌握进行第一次OpenFOAM仿所需的知识。在高级水平上，我将展示如何使用SnappyHexMesh等工具，实际划分任何您想要的几何体网格。该课程还展示了如何将您的仿真结果与实验数据进行验证。也许最重要的是，您将学习如何使用自己的后处理脚本高效提取结果数据。 持续更新内容：为了最大化您的价值，每周都会上传新内容，并会通知您。 您将学习： - OpenFOAM安装 - CFD背景知识 - 不可压流模拟 - 网格划分的操作 - 如何测试和验证结果 - 复杂几何体的网格划分和模拟 - 构建后处理脚本 讲师介绍：您好，我是Hasbullah（Has）。我在伦敦帝国学院获得了流体动力学和涡轮机械领域的博士学位。作为流体动力学领域的研究人员，我已进行过超过10年的计算流体动力学仿真，涉及学术出版和工业解决方案的多项CFD项目。数值仿真是一个伟大的工具，可以使物体周围的流动可视化，以帮助理解其工作原理，并在短时间内改善设计。我在大学教授流体动力学超过5年，这使我能够有效地介绍理论基础，同时执行课程中的任务。这将帮助您更好地理解仿真过程，便于您在后处理过程中分析和理解结果。 我很高兴能有您作为学生，希望本课程提供的材料能在您的职业生涯中长期受益。
Do you want to run a Computational Fluid Dynamics simulation without having to purchase expensive software licenses? At this point, more than 100 000 students and working professionals are taking advantage of OpenFoam all around the world. Gone are the days that OpenFoam is hard to learn and too involved with programming. Whether you are a student or a working professionals in fluid dynamics area, conducting a Computational Fluid Dynamics Simulation using a free software such as OpenFOAM will give you the edge over your colleagues and competitors who are using the expensive commercial software. OpenFOAM is the most comprehensive open source CFD software in the market and is being used widely in both academia and industries. This course will take you through the step-by-step process of how to install OpenFOAM in your PC and will also introduce you the background theory on Computational Fluid Dynamics. We will then work on our very first simulation which uses incompressible flow as the working fluid. I will explain to you how the geometry is created, and subsequently how to mesh them according you your requirement.We will then run the simulation and view the results using ParaView, which comes preinstalled with openFOAM.From Beginner to AdvancedYou will see that wherever you are in your CFD journey, this course is definitely for you. For the complete beginner, I've included the theoretical CFD background to get you equipped with the knowledge necessary for running your first OpenFOAM simulation.At advanced level, I'll show you how to use tools like SnappyHexMesh to literally mesh any geometry that you would like using OpenFOAM. This course also shows you steps to validate your simulations against experimental data. Perhaps, most importantly, you will learn how to efficiently extract data from the results using your very own post-processing script.On Going ContentTo maximize the value you get for your money, new contents are uploaded every week. You will be notified once new content is uploaded. What you will learn OpenFOAM installationBackground of CFDIncompressible flow simulationManipulation of grid meshHow to test and validate your resultsMeshing and simulations of complex geometriesBuilding Post-processing scriptWho am IHi, I'm Hasbullah (Has). I have obtained a PhD in Fluid Dynamics and Turbomachinery area from Imperial College London. As a researcher in Fluid Dynamics area, I have been performing Computational Fluid Dynamics simulations for over 10 years. I have worked on many CFD simulations, which includes both for academic publications and also industry solutions. Numerical simulation is a great tool to enable flow visualisation around an object in order to understand how it works, and also to improve the design with short turnaround time. I am also professionally teaching Fluid Dynamics in a university for more than 5 years. This will allow me to effectively introduce underlying theories while performing tasks in this course. This enables you to gain greater understanding about the simulations, which in turn makes it easy for you to analyse and make sense of the results during post-processing.I am excited to have you as a student, and I hope that the materials provided in this course would serve you long and well in your career.
