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1. Tutorial - Dam Break
1.1. Part A: Project Setup and Processing
1.1.1. OBJECTIVES
1.1.2. GEOMETRY INTRODUCTION
1.1.3. PROJECT CREATION
1.1.4. FREEFLOW USER INTERFACE (UI)
1.1.5. PROJECT SETUP DATA PANEL ITEMS
1.1.6. POST-PROCESSING DATA PANEL ITEMS
1.1.7. PROJECT DETAILS
1.1.8. PHYSICS DEFINITION
1.1.9. ABOUT MODULES
1.1.10. MODULES DEFINITION
1.1.11. GEOMETRY IMPORT
1.1.12. PROJECT SAVING
1.1.13. 3D VIEW
1.1.14. 3D VIEW CONTROL
1.1.15. GRAPHIC DISPLAY
1.1.16. MOTION FRAMES
1.1.17. MATERIALS DEFINITION
1.1.18. SPH PARAMETERS
1.1.19. INLET DEFINITION
1.1.20. DOMAIN SETTINGS
1.1.21. SOLVER DEFINITION
1.1.22. SIMULATION STATUS
1.1.23. HELP - USER MANUAL
1.1.24. CONCLUSION
1.2. Part B: Post-Processing
1.2.1. OBJECTIVES
1.2.2. OPEN PROJECT
1.2.3. MOVING THROUGH OUTPUTS
1.2.4. COLORING FLUID AND BOUNDARIES
1.2.5. EULERIAN SOLUTION VIEW
1.2.6. USER PROCESSES
1.2.7. VIEWS COMPARISON
1.2.8. FLUID SURFACE VIEW
1.2.9. CREATING AN ANIMATION
1.2.10. TIME-DEPENDENT PLOTS
1.2.11. HELP - USER MANUAL
2. Tutorial - Dishwasher
2.1. Part A: Project Setup and Processing
2.1.1. OBJECTIVES
2.1.2. PREREQUISITES
2.1.3. GEOMETRY INTRODUCTION
2.1.4. PROJECT CREATION
2.1.5. PROJECT DETAILS
2.1.6. PHYSICS DEFINITION
2.1.7. GEOMETRY IMPORT
2.1.8. GEOMETRIES DEFINITION
2.1.9. MODULES DEFINITION
2.1.10. 3D VIEW
2.1.11. ROTATION MOTION FRAME - SPRINKLER MOVEMENT
2.1.12. MOTION PREVIEW
2.1.13. MATERIALS DEFINITION
2.1.14. SPH PARAMETERS
2.1.15. INLET DEFINITION
2.1.16. DOMAIN SETTINGS
2.1.17. SOLVER DEFINITION
2.1.18. HELP - USER MANUAL
2.1.19. CONCLUSION
2.2. Part B: Postprocessing
2.2.1. OBJECTIVES
2.2.2. OPEN PROJECT
2.2.3. CUMULATIVE WET TIME
2.2.4. INLETS AND OUTLET MASS FLOW RATE
2.2.5. SPH CALCULATIONS - TAGGING
2.2.6. HELP - USER MANUAL