download скачать Free download скачать : Udemy ANSYS ICEMCFD Hexa Basic course (Part 2)
mp4 | Video: h264,1280X720 | Audio: AAC, 44.1 KHz
Genre:eLearning | Language: English | Size:2.91 GB
Files Included :
1 Introduction.mp4 (17.01 MB)
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1 Introduction.mp4 (8.65 MB)
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1 2 Input output files.zip (1.52 MB)
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2 Blocking strategies.mp4 (25.28 MB)
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3 Creating parts and association.mp4 (25.05 MB)
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4 Creation of OGrid and defining pre-mesh edge parameters.mp4 (52.2 MB)
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5 Mesh Export.mp4 (28.58 MB)
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6 Solution in Fluent.mp4 (36.94 MB)
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1 Introduction.mp4 (14.95 MB)
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1 2 Input output files.zip (28.96 KB)
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2 Blocking method 1.mp4 (32.76 MB)
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3 Blocking method 2.mp4 (23.55 MB)
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4 Blocking method 3.mp4 (22.87 MB)
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5 Blocking association to geometry.mp4 (28.13 MB)
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6 Creation of O-Grid, Pre-mesh edge parameters and grid quality improvement.mp4 (33.97 MB)
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7 Mesh export.mp4 (32.02 MB)
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8 Running solution in Fluent.mp4 (55.39 MB)
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1 Introduction.mp4 (11.27 MB)
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1 2 Input output files.zip (5.9 MB)
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2 Discussion on optimal blocking method.mp4 (29.33 MB)
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3 Fine tuning of blocking and creation of O-Grid for boundary layer mesh.mp4 (40.37 MB)
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4 Defining edge sizing for pre-mesh.mp4 (95.46 MB)
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5 Mesh export.mp4 (24.75 MB)
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1 Introduction.mp4 (10.91 MB)
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1 4 Input output files.zip (716.69 KB)
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2 Block creation, initial association and defining periodicity.mp4 (25.09 MB)
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2 1 Input output files.zip (716.69 KB)
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3 Splitting blocks and creation of multiple O-Grid for capturing geometry and flow.mp4 (30.65 MB)
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4 Association and blocking fine tuning.mp4 (23.86 MB)
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5 Pre-Mesh edge parameters for Lenz turbine.mp4 (90.56 MB)
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1 Introduction.mp4 (10.08 MB)
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2 Initial blocking and settings.mp4 (35.02 MB)
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3 Association and final mesh.mp4 (56.35 MB)
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1 Introduction.mp4 (5.53 MB)
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1 Problem description and Introduction.mp4 (20.15 MB)
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1 1 Assignment.zip (2.45 MB)
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1 3 Input output files.zip (9.69 KB)
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2 Blocking, pre-mesh and mesh export for the concentric cylinders.mp4 (70.53 MB)
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1 Introduction.mp4 (16.45 MB)
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1 2 Input output files.zip (40.22 MB)
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10 Premesh for 3D case.mp4 (60.43 MB)
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11 Mesh export for 3D case.mp4 (72.27 MB)
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12 Assignment.mp4 (13.28 MB)
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2 Hexa meshing for 2D concentric piping - 1.mp4 (14.55 MB)
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3 Hexa meshing for 2D concentric piping - 2.mp4 (19.53 MB)
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4 Hexa meshing for 2D concentric piping - 3 - Mesh export and other settings.mp4 (48.35 MB)
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5 Getting ready geometry for 3D concentric pipes.mp4 (48.32 MB)
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6 Getting points and curves at proper location for 3D case.mp4 (33.18 MB)
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7 3D dimensional concentric pipes with large and small dia.mp4 (42.12 MB)
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8 Futher working on geometry features for blocking.mp4 (24.2 MB)
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9 Blocking for 3D concentric pipes.mp4 (42.06 MB)
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1 Problem description.mp4 (17.83 MB)
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1 2 Input output files.zip (31.12 MB)
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2 Using existing blocking from WS 12 for WS 13.mp4 (43.84 MB)
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3 Face to surface association for internal wall and mesh export.mp4 (108.05 MB)
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1 Problem description.mp4 (7.36 MB)
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2 Blocking, premesh and mesh export.mp4 (45.74 MB)
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3 Mesh refinement.mp4 (81.82 MB)
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1 Problem description and introduction.mp4 (18.61 MB)
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1 2 Input output files.zip (693.09 KB)
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2 Blocking, splits and association for BFS geometry.mp4 (17.17 MB)
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3 Defining splits and zones based on flow physics.mp4 (24.4 MB)
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4 Meshing according to flow physics.mp4 (36.38 MB)
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5 Mesh export.mp4 (15.56 MB)
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6 Assignment for workshop 15.mp4 (2.56 MB)
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1 Problem description and introduction.mp4 (42.72 MB)
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1 1 Assignment.zip (4.09 MB)
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1 3 Input output files.zip (2.19 MB)
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2 Blocking strategy for sharp trailing edge and rectangular domain.mp4 (40.74 MB)
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3 Blocking strategy for square trailing edge and rectangular domain.mp4 (42.21 MB)
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4 Blocking method for sharp TE and semicircular domain.mp4 (37.54 MB)
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5 Blocking method for square TE and semicircular domain.mp4 (30.63 MB)
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6 Mesh export and further discussion on airfoil meshing.mp4 (38.98 MB)
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7 Airfoil with angle of attack and corresponding blocking techniques.mp4 (53.15 MB)
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8 Assignment for workshop 16.mp4 (18.76 MB)
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9 Using blocking and domain shape from S809 airfoil for NACA 4412 airfoil.mp4 (62.19 MB)
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1 Introduction.mp4 (13.11 MB)
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1 2 Input output files.zip (2.37 MB)
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2 Problem description and discussion about blocking layout.mp4 (18.86 MB)
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3 Quarter O-Grid for trough geometry.mp4 (11.46 MB)
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4 Blocking adjustment and find tuning.mp4 (14.21 MB)
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5 Creating solid material, editing edges and defining rough meshing parameters.mp4 (40.66 MB)
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6 Checking mesh quality and tips and tricks to improve mesh quality.mp4 (72.29 MB)
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7 Creating C-Grid around parabolic trough for capturing boundary layer.mp4 (49.68 MB)
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8 Fine tuning of final mesh.mp4 (121 MB)
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9 Mesh export.mp4 (49.26 MB)
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1 Problem description and geometry details.mp4 (12.71 MB)
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1 1 Fluentsolvedcases.zip (3.09 MB)
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1 3 Input output files.zip (11.86 MB)
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2 Creating block, splitting edges and adjustments to blocking.mp4 (36.36 MB)
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3 Fine tuning of meshing parameters on nozzle and domain.mp4 (80.81 MB)
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4 Mesh export and removing errors from mesh.mp4 (110.96 MB)
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https://rapidgator.net/file/6ba54f39fa8342af71355f617fc58ad9/Udemy_ANSYS_ICEMCFD_Hexa_Basic_course_Part_2.z01 https://rapidgator.net/file/4814a25a1bcb2ec998c85a74f5784482/Udemy_ANSYS_ICEMCFD_Hexa_Basic_course_Part_2.zip
https://ddownload.com/gea569cwryq2/Udemy_ANSYS_ICEMCFD_Hexa_Basic_course_Part_2.z01 https://ddownload.com/pxjleaotga1y/Udemy_ANSYS_ICEMCFD_Hexa_Basic_course_Part_2.zip