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Contents.....................................................................................................................
Information Provided



 °





Analysis Type
Default Domain
Opening Boundary
Outlet Boundary
Symmetry Boundary
Inlet Boundary
if(t < 1 [s], 0.2 [kg/s], 0 [kg/s])
Water Level
6 [cm]
if(y < WaterHeight, 1,0)
if(y > −0.01 [m], 1,0)
if(x > −0.23 [m], 1,0)
if(y < WaterHeight, 1,0) ∗ if(y ...
Hydrostatic Pressure Field
998 [kg m^ − 3]
WaterDensity ∗ g ∗ (WaterHeight − y) ∗ WaterVolume
Initial Conditions
Homogenou...
Results Discussion
Final Exam Ansys CFX - Stephen White
Final Exam Ansys CFX - Stephen White
Final Exam Ansys CFX - Stephen White
Final Exam Ansys CFX - Stephen White
Final Exam Ansys CFX - Stephen White
Final Exam Ansys CFX - Stephen White
Final Exam Ansys CFX - Stephen White
Final Exam Ansys CFX - Stephen White
Final Exam Ansys CFX - Stephen White
Final Exam Ansys CFX - Stephen White
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Final Exam Ansys CFX - Stephen White Slide 1 Final Exam Ansys CFX - Stephen White Slide 2 Final Exam Ansys CFX - Stephen White Slide 3 Final Exam Ansys CFX - Stephen White Slide 4 Final Exam Ansys CFX - Stephen White Slide 5 Final Exam Ansys CFX - Stephen White Slide 6 Final Exam Ansys CFX - Stephen White Slide 7 Final Exam Ansys CFX - Stephen White Slide 8 Final Exam Ansys CFX - Stephen White Slide 9 Final Exam Ansys CFX - Stephen White Slide 10 Final Exam Ansys CFX - Stephen White Slide 11 Final Exam Ansys CFX - Stephen White Slide 12 Final Exam Ansys CFX - Stephen White Slide 13 Final Exam Ansys CFX - Stephen White Slide 14 Final Exam Ansys CFX - Stephen White Slide 15 Final Exam Ansys CFX - Stephen White Slide 16 Final Exam Ansys CFX - Stephen White Slide 17
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Final Exam Ansys CFX - Stephen White

  1. 1. Contents........................................................................................................................................................2 Introduction ..................................................................................................................................................3 Information Provided ................................................................................................................................................3 Mesh .............................................................................................................................................................4 Simulation Setup...........................................................................................................................................4 Analysis Type.............................................................................................................................................................4 Default Domain .........................................................................................................................................................4 Opening Boundary ....................................................................................................................................................5 Outlet Boundary........................................................................................................................................................5 Symmetry Boundary..................................................................................................................................................5 Inlet Boundary...........................................................................................................................................................5 Water Level ...............................................................................................................................................................6 Hydrostatic Pressure Field.........................................................................................................................................7 Initial Conditions .......................................................................................................................................................7 Homogenous and In-Homogenous Models...............................................................................................................7 Convergence Plots ........................................................................................................................................8 ............................................................................................................................8 .......................................................................................................................................8 .....................................................................................................................8 .................................................................................................................................9 ..........................................................................................................................9 .....................................................................................................................................9 .................................................................................................................10 .............................................................................................................................10 ...................................................................................................................................10 Results.........................................................................................................................................................11 .........................................................................................................................................................11 ........................................................................................................................................................13 ..................................................................................................................................15 Results Discussion ...................................................................................................................................................17 Animation....................................................................................................................................................17 Conclusion...................................................................................................................................................17
  2. 2. Information Provided     °     
  3. 3. Analysis Type Default Domain
  4. 4. Opening Boundary Outlet Boundary Symmetry Boundary Inlet Boundary if(t < 1 [s], 0.2 [kg/s], 0 [kg/s])
  5. 5. Water Level 6 [cm] if(y < WaterHeight, 1,0) if(y > −0.01 [m], 1,0) if(x > −0.23 [m], 1,0) if(y < WaterHeight, 1,0) ∗ if(y > −0.01 [m], 1,0) ∗ if(x > −0.23 [m], 1,0)
  6. 6. Hydrostatic Pressure Field 998 [kg m^ − 3] WaterDensity ∗ g ∗ (WaterHeight − y) ∗ WaterVolume Initial Conditions Homogenous and In-Homogenous Models
  7. 7. Results Discussion
  • foadaminian

    Jun. 26, 2019

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