Udemy NREL Phase VI Wind Turbine CFD Analysis and Validation

Udemy NREL Phase VI Wind Turbine CFD Analysis and Validation
     Get Bonus Downloads Here.url -


     1. Introduction to course.mp4 -


     1. Introduction to course.srt -


     1.1 Martin O. L. Hansen - Aerodynamics of Wind Turbines (2008, Earthscan).pdf -


     1.2 NREL Phase VI_CFD.pdf -


     1.3 NRELPHASEVI.xlsx -


     1.4 Reneable Energy.pdf -


     2. Brief overview of course.mp4 -


     2. Brief overview of course.srt -


     3. Problem Description.mp4 -


     3. Problem Description.srt -


     4. Data extraction from graph.mp4 -


     4. Data extraction from graph.srt -


     S809_Airfoil.txt -


     S809_practice.txt -


     s809.xlsx -


     1. S809 airfoil coordinates.mp4 -


     1. S809 airfoil coordinates.srt -


     10. Creating transition and base support for NREL Phase VI wind turbine blade.mp4 -


     10. Creating transition and base support for NREL Phase VI wind turbine blade.srt -


     2. Understating flow angles in wind turbine.mp4 -


     2. Understating flow angles in wind turbine.srt -


     3. Importing S809 coordinates into Solidworks 2020.mp4 -


     3. Importing S809 coordinates into Solidworks 2020.srt -


     4. Creating plan 0 and sketch 0 for making airfoil from coordinates of S809.mp4 -


     4. Creating plan 0 and sketch 0 for making airfoil from coordinates of S809.srt -


     5. Creating point at 30% chord length for defining rotation axis.mp4 -


     5. Creating point at 30% chord length for defining rotation axis.srt -


     6. Creating square trailing edge.mp4 -


     6. Creating square trailing edge.srt -


     7. Creating 21 plans at given radial locations for the blade section.mp4 -


     7. Creating 21 plans at given radial locations for the blade section.srt -


     8. Creating 21 airfoils on 21 plans with given twist angle and chord length.mp4 -


     8. Creating 21 airfoils on 21 plans with given twist angle and chord length.srt -


     9. Creating blade section from 21 section using Loft command in Solidworks.mp4 -


     9. Creating blade section from 21 section using Loft command in Solidworks.srt -


     NREL Phase VI_bluentTE_finalmodel.SLDPRT -


     NREL Phase VI_bluentTE_step1.SLDPRT -


     NREL Phase VI_bluentTE_step2.SLDPRT -


     NREL Phase VI_bluentTE_step3.SLDPRT -


     NREL Phase VI_bluentTE_step4.SLDPRT -


     NREL Phase VI_bluentTE_step5.SLDPRT -


     NREL Phase VI_bluentTE_step6.SLDPRT -


     NREL Phase VI_bluentTE_step7.SLDPRT -


     S809_Airfoil.txt -


     S809_practice.txt -


     s809.xlsx -


     1. Importing CAD model of NREL Phase VI turbine into ANSYS Spaceclaim.mp4 -


     1. Importing CAD model of NREL Phase VI turbine into ANSYS Spaceclaim.srt -


     10. Making a symmetric model of full wind turbine.mp4 -


     10. Making a symmetric model of full wind turbine.srt -


     2. Apply 3 deg global pitch angle to NREL Phase VI wind turbine.mp4 -


     2. Apply 3 deg global pitch angle to NREL Phase VI wind turbine.srt -


     3. Creating assembly of full wind turbine including hub.mp4 -


     3. Creating assembly of full wind turbine including hub.srt -


     4. Setting origin on the back side of hub of wind turbine model.mp4 -


     4. Setting origin on the back side of hub of wind turbine model.srt -


     5. Creation of inner domain.mp4 -


     5. Creation of inner domain.srt -


     6. Creation of outer domain.mp4 -


     6. Creation of outer domain.srt -


     7. Named selection for inner and outer domains.mp4 -


     7. Named selection for inner and outer domains.srt -


     8. Changing display properties and colors of geometry in spaceclaim.mp4 -


     8. Changing display properties and colors of geometry in spaceclaim.srt -


     9. Making surfaces from solid body.mp4 -


     9. Making surfaces from solid body.srt -


     NREL Phase VI_bluentTE_finalmodel_GlobalPitchAngle3deg.scdoc -


     NREL Phase VI_bluentTE_finalmodel_GlobalPitchAngle3deg_twobladeshub.scdoc -


     NREL Phase VI_inner.scdoc -


     NREL Phase VI_outer_Domain1.scdoc -


     NREL Phase VI_outer_Domain2.scdoc -


     NREL Phase VI_outer_Domain3.scdoc -


     inner.scdoc -


     outer.scdoc -


     1. Introduction.mp4 -


     1. Introduction.srt -


     10. Defining mesh sizes on other parts.mp4 -


     10. Defining mesh sizes on other parts.srt -


     11. Setting maximum elements size in Global mesh setup.mp4 -


     11. Setting maximum elements size in Global mesh setup.srt -


     12. Part12_Adjusting meshing parameters to get rid of issues in mesh generation.mp4 -


     12. Part12_Adjusting meshing parameters to get rid of issues in mesh generation.srt -


     13. Deleting volume mesh (Octree).mp4 -


     13. Deleting volume mesh (Octree).srt -


     14. Smoothing surface mesh to improve mesh quality.mp4 -


     14. Smoothing surface mesh to improve mesh quality.srt -


     15. Creating volume mesh using Delaunay method.mp4 -


     15. Creating volume mesh using Delaunay method.srt -


     16. Density box for mesh refinement - Introduction to density box creation.mp4 -


     16. Density box for mesh refinement - Introduction to density box creation.srt -


     17. Density box for surface mesh refinement on interface 3.mp4 -


     17. Density box for surface mesh refinement on interface 3.srt -


     18. Density box Refining Volume mesh in wake region of wind turbine.mp4 -


     18. Density box Refining Volume mesh in wake region of wind turbine.srt -


     19. Mesh types in ICEMCFD and definition of Prism meshing.mp4 -


     19. Mesh types in ICEMCFD and definition of Prism meshing.srt -


     2. Importing geometry of inner domain into ICEMCFD.mp4 -


     2. Importing geometry of inner domain into ICEMCFD.srt -


     20. Creating Prism Meshing on wind turbine blade.mp4 -


     20. Creating Prism Meshing on wind turbine blade.srt -


     21. Adjusting Prism meshing.mp4 -


     21. Adjusting Prism meshing.srt -


     22. Setting up boundary conditions and mesh export.mp4 -


     22. Setting up boundary conditions and mesh export.srt -


     23. Checking mesh quality in Fluent.mp4 -


     23. Checking mesh quality in Fluent.srt -


     3. Display properties of model.mp4 -


     3. Display properties of model.srt -


     4. Creating part names in ICEMCFD.mp4 -


     4. Creating part names in ICEMCFD.srt -


     5. Creating material point for model in ICEMCFD.mp4 -


     5. Creating material point for model in ICEMCFD.srt -


     6. Geometry file in ICEMCFD - tin file.mp4 -


     6. Geometry file in ICEMCFD - tin file.srt -


     7. Topo tolerance settings and build topology for wind turbine geometry.mp4 -


     7. Topo tolerance settings and build topology for wind turbine geometry.srt -


     8. Tri tolerance for geometry.mp4 -


     8. Tri tolerance for geometry.srt -


     9. Defining mesh sizes on leading and trailing edges.mp4 -


     9. Defining mesh sizes on leading and trailing edges.srt -


     Inner.atr -


     Inner.fbc -


     Inner.fbc_old -


     Inner.prj -


     Inner.tin -


     Inner.uns -


     Inner.uns.bak -


     Outer.atr -


     Outer.fbc -


     Outer.fbc_old -


     Outer.prj -


     Outer.tin -


     Outer.uns -


     Outer.uns.bak -


     points.atr -


     points.fbc -


     points.fbc_old -


     points.prj -


     points.tin -


     1. Introduction.mp4 -


     1. Introduction.srt -


     2. Creating volume mesh using octree mesh with density box 1 for surface mesh.mp4 -


     2. Creating volume mesh using octree mesh with density box 1 for surface mesh.srt -


     3. Deleting volume mesh and smoothing surface mesh.mp4 -


     3. Deleting volume mesh and smoothing surface mesh.srt -


     4. Creating density box 2 for mesh refinement in wake region.mp4 -


     4. Creating density box 2 for mesh refinement in wake region.srt -


     5. Maximum element size in domain.mp4 -


     5. Maximum element size in domain.srt -


     6. Adjusting density boxes and creating volume mesh using Delaunay method.mp4 -


     6. Adjusting density boxes and creating volume mesh using Delaunay method.srt -


     7. Exporting mesh.mp4 -


     7. Exporting mesh.srt -


     8. Mesh quality.mp4 -


     8. Mesh quality.srt -


     1. Introduction.mp4 -


     1. Introduction.srt -


     1.1 Fluent Case and Data files (google drive link-Public link).html -


     10. Comparing CFD and Experimental data.mp4 -


     10. Comparing CFD and Experimental data.srt -


     11. Results at wind speed = 10 ms.mp4 -


     11. Results at wind speed = 10 ms.srt -


     2. Importing inner and outer domain grids into single core Fluent.mp4 -


     2. Importing inner and outer domain grids into single core Fluent.srt -


     3. Mesh Display.mp4 -


     3. Mesh Display.srt -


     4. Mesh quality and mesh info of NREL Phase VI wind turbine.mp4 -


     4. Mesh quality and mesh info of NREL Phase VI wind turbine.srt -


     5. Mesh partitioning into 4 partitions and reading case file into Parallel Fluent.mp4 -


     5. Mesh partitioning into 4 partitions and reading case file into Parallel Fluent.srt -


     6. Setting up turbulence model, cell zone conditions and boundary conditions.mp4 -


     6. Setting up turbulence model, cell zone conditions and boundary conditions.srt -


     7. Creating mesh interfaces between inner and outer domains.mp4 -


     7. Creating mesh interfaces between inner and outer domains.srt -


     8. Solver Settings and solution running.mp4 -


     8. Solver Settings and solution running.srt -


     9. Contour and other plots for NREL Phase VI wind turbine.mp4 -


     9. Contour and other plots for NREL Phase VI wind turbine.srt -


     Bonus Resources.txt -

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