Overview

OpenFOAM for Absolute Beginners______________________________________________________________________________________________________*** If you consider buying the course, please add the below syntax between the quotes at the end of your URL as a token of support to the creator through affiliate link. www [dot] udemy [dot] com/course/openfoam-for-absolute-beginners/?referralCode=F63024DD6569B9442D4D ***Thankyou______________________________________________________________________________________________________Course Description:Welcome to "OpenFOAM for Absolute Beginners," a comprehensive course designed to introduce you to the powerful world of computational fluid dynamics (CFD) using OpenFOAM. Whether you're a student, engineer, or hobbyist, this course will guide you through the fundamentals of OpenFOAM, ensuring you develop a solid foundation to tackle real-world CFD problems.What You'll Learn:1. Introduction to CFD and OpenFOAM:Introduction to OpenFOAMInstallation and SetupFile Structure and Basic Commands2. Geometry Preparation and Mesh Generation Geometry and Mesh Generation with blockMeshBoundary and Initial Conditions Solvers and Running the SimulationPost-Processing Results with ParaView3. Mesh Generation Using blockMesh and snappyHexMeshblockMesh Tool for snappyHexMeshsnappyHexMesh Tool Introduction Creating Basic MeshesQuality Checks using checkMesh4. Types of Solvers and Case Study 1Incompressible SolversCompressible SolversMultiphase SolversCase Study Introduction: Lid Driven Cavity5. Boundary Conditions and Turbulence ModelingTypes of Boundary ConditionsPractical Implementation ExamplesTurbulence Modeling IntroductionSetting Up and Running RANS Simulations6. Parallel Computing using MPI and URANSIntroduction to Transient SolversDecomposing MethodsParallel Processing using MPIParallel Processing for snappyHexMesh7. Advanced snappyHexMesh and postProcessing DataRefinement Box Feature in snappyHexMeshDictExternal Aerodynamics (motorBike Case)Plotting Force Coefficients (GNU Plot)Exporting Post Processed Data to Excel8. Import ANSYS MeshesImporting ANSYS Workbench Mesh into OpenFOAMImporting ANSYS Fluent Mesh into OpenFOAMFlow Over a Cylinder using Workbench Meshing9. Automation and AllrunAutomation with Allrun FileAllclean File10. Multiphase Flows Introduction to Multiphase Flow SimulationsModeling Approaches and Practical ConsiderationsDemonstration: Using multiphaseEulerFoam in OpenFOAMDam Break (4 Phase)Course Structure:This course is structured over 4 weeks, with three classes each week. Each class lasts around 2 hours, providing a balanced mix of theory and hands-on practice. By the end of the course, you will have completed several projects, giving you the confidence to apply OpenFOAM to your own CFD challenges.Who This Course is For:- Absolute Beginners: No prior knowledge of OpenFOAM or CFD is required.- Students and Engineers: Ideal for those looking to add CFD skills to their repertoire.- Hobbyists and Enthusiasts: Perfect for anyone with a keen interest in fluid dynamics and simulation.Why Enroll in This Course?- Expert Instruction: Learn from experienced instructors who have extensive knowledge of OpenFOAM and practical CFD applications.- Hands-On Learning: Gain practical experience through real-world projects and case studies.- Community Support: Join a community of learners, share your progress, and get feedback from peers and instructors.Start your journey into the fascinating world of computational fluid dynamics with "OpenFOAM for Absolute Beginners." Enroll now and take the first step towards mastering OpenFOAM!______________________________________________________________________________________________________*** If you consider buying the course, please add the below syntax between the quotes at the end of your URL as a token of support to the creator through affiliate link. www [dot] udemy [dot] com/course/openfoam-for-absolute-beginners/?referralCode=F63024DD6569B9442D4D ***Thankyou______________________________________________________________________________________________________

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