[ WebToolTip.com ] Udemy - Induction Heating - Electrothermal Multiphysics FEA in ANSYS

File Name

Size

Get Bonus Downloads Here.url

180 B

~Get Your Files Here !/1 - Introduction to Induction Heating/1. What Is Induction Heating Principles & Applications.mp4

58 MB

~Get Your Files Here !/1 - Introduction to Induction Heating/2. Lecture 2 Design Challenges — Geometry, Materials & Frequency Selection.mp4

62 MB

~Get Your Files Here !/2 - Geometry & Material Definition/3. Coil Geometry — Measuring & Modeling the Copper Helix.mp4

127 MB

~Get Your Files Here !/2 - Geometry & Material Definition/4. Workpiece Definition — Steel Rod Geometry & Base Material.mp4

74 MB

~Get Your Files Here !/2 - Geometry & Material Definition/5. Temperature-Dependent Conductivity — Copper vs H-0 Steel Correction Factors.mp4

65 MB

~Get Your Files Here !/3 - Electromagnetic Simulation — Eddy Current Solution/6. Why Skin Depth Must Drive the Mesh (Surface Approx vs Length-Based vs Skin-Depth.mp4

93 MB

~Get Your Files Here !/3 - Electromagnetic Simulation — Eddy Current Solution/7. Setting Up the Eddy Current Problem (Solution Type Selection).mp4

25 MB

~Get Your Files Here !/3 - Electromagnetic Simulation — Eddy Current Solution/8. Mesh Setup Walkthrough — Coil & Steel Rod.mp4

85 MB

~Get Your Files Here !/3 - Electromagnetic Simulation — Eddy Current Solution/9. Solving & Interpreting Eddy Current Results (Ohmic Loss).mp4

37 MB

~Get Your Files Here !/4 - Understanding Thermal Coupling — Core Concepts/10. Steady-State vs Transient Electrothermal Analysis.mp4

78 MB

~Get Your Files Here !/4 - Understanding Thermal Coupling — Core Concepts/11. One-Way vs Two-Way Coupling — What's the Difference.mp4

69 MB

~Get Your Files Here !/4 - Understanding Thermal Coupling — Core Concepts/12. The Convection Film Coefficient — Thermal Boundary Conditions Explained.mp4

54 MB

~Get Your Files Here !/5 - Coupled Workflow A — Eddy Current + Icepak/13. Icepak Coupling Setup — CFD-Based Thermal Solve.mp4

118 MB

~Get Your Files Here !/5 - Coupled Workflow A — Eddy Current + Icepak/14. One-Way Coupling in Icepak.mp4

59 MB

~Get Your Files Here !/5 - Coupled Workflow A — Eddy Current + Icepak/15. Two-Way Coupling in Icepak.mp4

84 MB

~Get Your Files Here !/6 - Coupled Workflow B — Eddy Current + AEDT Mechanical Thermal/16. AEDT Mechanical Coupling Setup.mp4

189 MB

~Get Your Files Here !/6 - Coupled Workflow B — Eddy Current + AEDT Mechanical Thermal/17. One-Way Coupling in AEDT Mechanical.mp4

39 MB

~Get Your Files Here !/6 - Coupled Workflow B — Eddy Current + AEDT Mechanical Thermal/18. Two-Way Coupling in AEDT Mechanical.mp4

127 MB

~Get Your Files Here !/7 - Coupled Workflow C — Maxwell + Full Workbench/19. Workbench System Setup — Linking Maxwell 3D to Steady-State & Transient Thermal.mp4

202 MB

~Get Your Files Here !/7 - Coupled Workflow C — Maxwell + Full Workbench/20. One-Way Coupling — Steady-State & Transient Thermal Results (merged with former.mp4

86 MB

~Get Your Files Here !/7 - Coupled Workflow C — Maxwell + Full Workbench/21. Two-Way Coupling Setup — The Feedback Iterator Explained.mp4

75 MB

~Get Your Files Here !/7 - Coupled Workflow C — Maxwell + Full Workbench/22. Two-Way Coupling — Steady-State & Transient Thermal Results.mp4

22 MB

~Get Your Files Here !/Bonus Resources.txt

70 B