A first course in the finite element method daryl L logan
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What you'll learn
This course includes
- 29.5 hours of video
- Certificate of completion
- Access on mobile and TV
Course content
1 modules • 108 lessons • 29.5 hours of video
A first course in the finite element method daryl L logan
108 lessons
• 29.5 hours
A first course in the finite element method daryl L logan
108 lessons
• 29.5 hours
- The Finite Element Method (FEM) | Part 1: Getting Started 27:12
- The Finite Element Method (FEM) | Part 2: Simple Springs (1) 01:04:46
- The Finite Element Method (FEM) | Part 3: Simple Springs (2) 22:30
- The Finite Element Method (FEM) | Part 4: Transformation Matrix and Trusses 38:03
- The Finite Element Method (FEM) | Part 4: Truss Elements (1) 36:49
- The Finite Element Method (FEM) | Part 5: Truss Example 27:45
- The Finite Element Method (FEM) | Part 6: 3D Trusses 25:55
- The Finite Element Method (FEM) | Part 7: Inclined Supports and Energy Methods 33:36
- The Finite Element Method | Part 8: Beam Elements 17:58
- The Finite Element Method | Part 9: Bending Moment and Shear Force in FEM 25:14
- The Finite Element Method | Part 10: Internal Hinges in Beam Elements 27:46
- The Finite Element Method | Part 11: The Energy Method for Beam Stiffness 17:46
- The Finite Element Method | Part 12: The Frame Element 15:32
- The Finite Element Method | Part 13: SFD and BMD of a Frame 18:48
- The Finite Element Method | Part 14: 3D Member Stiffness and Transformation 15:02
- The Finite Element Method | Part 15: 3D Frame Example 12:33
- The Finite Element Method | Part 16: The Constant Strain Triangle CST Part 1 23:39
- The Finite Element Method | Part 17: The Constant Strain Triangle CST Part 2 15:34
- The Finite Element Method | Part 18: The Constant Strain Triangle CST Part 3 19:49
- The Finite Element Method | Part 19: The Constant Strain Triangle CST Part 4 22:33
- The Finite Element Method | Part 20: The Quad Element (Not Isoparametric) 17:13
- The Finite Element Method | Part 21: The Linear Strain Triangle 12:15
- The Finite Element Method | Part 22: Example on The Linear Strain Triangle 12:29
- The Finite Element Method | Part 23: Isoparametric Formulation (1) 16:45
- The Finite Element Method | Part 24: Isoparametric Formulation (2) 19:02
- The Finite Element Method | Part 25: Jacobi Matrix in Isoparametric Formulation (3) 21:41
- The Finite Element Method | Part 26: Numerical Integration in Isoparametric Formulation 12:22
- The Finite Element Method | Part 27: Isoparametric Formulation Example 16:52
- Programming the Finite Element Method using MATLAB - Part 1: Introduction 07:23
- Programming the Finite Element Method using MATLAB - Part 2: STRNodes and STRLines 19:31
- Programming the Finite Element Method using MATLAB - Part 3: STRController 11:55
- Programming the Finite Element Method using MATLAB - Part 4: Adding STRNodes in Controller 11:11
- Programming the Finite Element Method using MATLAB - Part 5: Adding STRLines in Controller 09:36
- Programming the Finite Element Method using MATLAB - Part 6: Adding Reporting in Controller 07:54
- Programming the Finite Element Method using MATLAB - Part 7: Adding a Viewer 10:51
- Programming the Finite Element Method using MATLAB - Part 8: Defining STRSupport 12:54
- Programming the Finite Element Method using MATLAB - Part 9: Adding STRSupport to Controller 14:01
- Programming the Finite Element Method using MATLAB - Part 10: Adding Supports to Nodes 12:40
- Programming the Finite Element Method using MATLAB - Part 11: Defining STRSections 10:32
- Programming the Finite Element Method using MATLAB - Part 12: Adding Sections to Lines 13:27
- Programming the Finite Element Method using MATLAB - Part 13: Defining Materials 07:05
- Programming the Finite Element Method using MATLAB - Part 14: Adding Materials to Controller & Lines 09:22
- Programming the Finite Element Method using MATLAB - Part 15: Defining STRReleases 11:49
- Programming the Finite Element Method using MATLAB - Part 16: Adding Releases to Controller 12:13
- Programming the Finite Element Method using MATLAB - Part 17: Adding Releases into Lines 08:32
- Programming the Finite Element Method using MATLAB - Part 18: Defining STRLoadCases 13:14
- Programming the Finite Element Method using MATLAB - Part 19: Defining STRNodalLoads 12:45
- Programming the Finite Element Method using MATLAB - Part 20: Adding Nodal Loads to Controller 12:08
- Programming the Finite Element Method using MATLAB - Part 21: Defining a Bar Force 06:16
- Programming the Finite Element Method using MATLAB - Part 22: Adding Bar Force to Controller 10:52
- Programming the Finite Element Method using MATLAB - Part 23: Defining Trapezoidal Loads 08:36
- Programming the Finite Element Method using MATLAB - Part 24: Adding Distributed Loads to Controller 07:07
- Programming the Finite Element Method using MATLAB - Part 25: Connecting Loads to LoadCases 07:47
- Programming the Finite Element Method using MATLAB - Part 26: Local Coordinates of Members 18:32
- Programming the Finite Element Method using MATLAB - Part 27: Improving the Viewer 19:04
- Programming the Finite Element Method using MATLAB - Part 28: Reorganizing Main 11:41
- Programming the Finite Element Method using MATLAB - Part 29: Structural Analysis Outline 12:53
- Programming the Finite Element Method using MATLAB - Part 30: Line Intersections 42:29
- Programming the Finite Element Method using MATLAB - Part 31: Why we need FEMElements? 06:09
- Programming the Finite Element Method using MATLAB - Part 32: Defining FEMNodes 11:48
- Programming the Finite Element Method using MATLAB - Part 33: Defining FEMBarSprings 17:46
- Programming the Finite Element Method using MATLAB - Part 34: Generating FEM from Nodes 17:10
- Programming the Finite Element Method using MATLAB - Part 35: Slave Nodes for Supports 18:14
- Programming the Finite Element Method using MATLAB - Part 36: FEMBarSpring for Supports 15:17
- Programming the Finite Element Method using MATLAB - Part 37: Viewer Update 08:01
- Programming the Finite Element Method using MATLAB - Part 38: FEMObjects from STRLines (1) 27:02
- Programming the Finite Element Method using MATLAB - Part 39: FEMObjects from STRLines (2) 15:23
- Programming the Finite Element Method using MATLAB - Part 40: Releases from STRLines (3) 20:19
- Programming the Finite Element Method using MATLAB - Part 41: FEMBarBeams (4) 15:43
- Programming the Finite Element Method using MATLAB - Part 42: Analysis Planning and Housekeeping 20:20
- Programming the Finite Element Method using MATLAB - Part 43: Initializing Analysis Systems 11:58
- Programming the Finite Element Method using MATLAB - Part 44: Calculate Global Stiffness Matrix (1) 08:52
- Programming the Finite Element Method using MATLAB - Part 45: Calculate Global Stiffness Matrix (2) 21:42
- Programming the Finite Element Method using MATLAB - Part 46: Calculate Global Stiffness Matrix (3) 09:27
- Programming the Finite Element Method using MATLAB - Part 47: Quick Debugging and Modification 11:20
- Programming the Finite Element Method using MATLAB - Part 48: Applying Loads 18:51
- Programming the Finite Element Method using MATLAB - Part 49: Equivalent Loads (1) 10:45
- Programming the Finite Element Method using MATLAB - Part 50: Equivalent Loads (2) 33:48
- Programming the Finite Element Method using MATLAB - Part 51: Equivalent Loads (3) 12:27
- Programming the Finite Element Method using MATLAB - Part 52: Equivalent Loads (4) 13:25
- Programming the Finite Element Method using MATLAB - Part 53: Equivalent Loads (5) 09:28
- Programming the Finite Element Method using MATLAB - Part 54: Equivalent Loads (6) 08:03
- Programming the Finite Element Method using MATLAB - Part 55: Is Load inside Segment? 10:32
- Programming the Finite Element Method using MATLAB - Part 56: Applying Boundary Conditions 23:01
- Programming the Finite Element Method using MATLAB - Part 57: Solving Matrices/Equivalent Nodal Load 09:14
- Programming the Finite Element Method using MATLAB - Part 58: Undo Static Condensation 06:46
- Programming the Finite Element Method using MATLAB - Part 59: Storing Nodal Displacements 07:09
- Programming the Finite Element Method using MATLAB - Part 60: Debugging 21:48
- Programming the Finite Element Method using MATLAB - Part 61: Viewer Modifications 23:10
- Programming the Finite Element Method using MATLAB - Part 62: Debugging 23:18
- Programming the Finite Element Method using MATLAB - Part 63: Debugging (2) 13:47
- Programming the Finite Element Method using MATLAB - Part 64: Post-Processing (1) 19:32
- Programming the Finite Element Method using MATLAB - Part 65: Post-Processing (2) 26:52
- Programming the Finite Element Method using MATLAB - Part 66: Post-Processing (3) 25:48
- Programming the Finite Element Method using MATLAB - Part 67: Post-Processing (4) 14:49
- Programming the Finite Element Method using MATLAB - Part 68: Diagram Definition 41:56
- Programming the Finite Element Method using MATLAB - Part 69: Generate Bending Diagrams 38:34
- Programming the Finite Element Method using MATLAB - Part 70: Reaction Calculation 13:23
- Programming the Finite Element Method using MATLAB - Part 71: Polar Moment of Inertia 07:01
- Programming the Finite Element Method using MATLAB - Part 72: Fixing Blunders 05:57
- Programming the Finite Element Method using MATLAB - Part 73: GUI (1) 13:40
- Programming the Finite Element Method using MATLAB - Part 74: GUI (2) 05:41
- Programming the Finite Element Method using MATLAB - Part 75: GUI (3) 07:59
- Programming the Finite Element Method using MATLAB - Part 76: GUI (4) 07:36
- Programming the Finite Element Method using MATLAB - Part 77: GUI (5) 07:55
- Programming the Finite Element Method using MATLAB - Part 78: GUI (6) 08:20
- Programming the Finite Element Method using MATLAB - Part 79: GUI (7) 06:18
- Programming the Finite Element Method using MATLAB - Part 80: GUI (8) The END? 10:17
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