Changes between Version 15 and Version 16 of 3DCoolingJets
- Timestamp:
- 10/13/12 11:16:50 (12 years ago)
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3DCoolingJets
v15 v16 2 2 3 3 [[BR]] 4 5 [[CollapsibleStart(Using a Refinement Object)]] 4 == Using a Refinement Object == 5 The movies in this section show how I was able to limit the refinement using a refinement object which travels with the head of the jet. These simulations are old ones from when I was still simulating the full 3D grid. I have since simplified the problem by taking advantage of some symmetries. Current set ups simulate a quarter of the grid, and can be run in both 2D and 2.5D (cylindrical coordinates with axial symmetry). 6 [[CollapsibleStart(Movies)]] 6 7 || || Normal Refinement || Refinement Object || 7 8 || Density || [attachment:rho_old.gif] || [attachment:rho_new.gif] || 8 9 || Mesh || [attachment:mesh_old.gif] || [attachment:mesh_new.gif] || 9 10 [[CollapsibleEnd]] 10 The movies in this section show how I was able to limit the refinement using a refinement object which travels with the head of the jet. These simulations are old ones from when I was still simulating the full 3D grid. I have since simplified the problem by taking advantage of some symmetries. Current set ups simulate a quarter of the grid, and can be run in both 2D and 2.5D (cylindrical coordinates with axial symmetry). 11 11 12 12 13 [[BR]] 13 [[CollapsibleStart(Weak Cooling)]] 14 == Weak Cooling == 15 Images and movies of the weak cooling case in 2D, 2.5D, and 3D. density = 10 cm^-3^, chi ~ 0.4 16 [[CollapsibleStart(Images/Movies)]] 14 17 [[Image(weak_2D.png,width=600)]] 15 18 [[Image(weak_25D.png,width=600)]] … … 22 25 [attachment:weak_vol.gif volume rendering movie] 23 26 [[CollapsibleEnd]] 24 Images and movies of the weak cooling case in 2D, 2.5D, and 3D. density = 10 cm^-3^, chi ~ 0.4 27 25 28 26 29 [[BR]] 27 [[CollapsibleStart(Moderate Cooling)]] 30 == Moderate Cooling == 31 Images and movies of the moderate cooling case in 2D, 2.5D, and 3D. density = 100 cm^-3^, chi ~ 0.04 32 [[CollapsibleStart(Images/Movies)]] 28 33 [[Image(moderate_2D.png,width=600)]] 29 34 [[Image(moderate_25D.png,width=600)]] … … 36 41 [attachment:moderate_vol.gif volume rendering movie] 37 42 [[CollapsibleEnd]] 38 Images and movies of the moderate cooling case in 2D, 2.5D, and 3D. density = 100 cm^-3^, chi ~ 0.04 43 39 44 40 45 [[BR]] 41 [[CollapsibleStart(Strong Cooling)]] 46 == Strong Cooling == 47 Images and movies of the strong cooling case in 2D, 2.5D, and 3D. density = 1000 cm^-3^, chi ~ 0.004 48 [[CollapsibleStart(Images/Movies)]] 42 49 [[Image(strong_2D.png,width=600)]] 43 50 [[Image(strong_25D.png,width=600)]] … … 50 57 [attachment:strong_vol.gif volume rendering movie] 51 58 [[CollapsibleEnd]] 52 Images and movies of the strong cooling case in 2D, 2.5D, and 3D. density = 1000 cm^-3^, chi ~ 0.004 59 53 60 54 61 [[BR]] 55 [[CollapsibleStart(2D Comparison)]] 62 == 2D Comparison == 63 Images and a movie of the 2D simulations for all cooling cases. 64 [[CollapsibleStart(Images/Movie)]] 56 65 [[Image(weak_2D.png,width=600)]] 57 66 [[Image(moderate_2D.png,width=600)]] … … 60 69 [attachment:2D.gif movie] 61 70 [[CollapsibleEnd]] 62 Images and a movie of the 2D simulations for all cooling cases. 71 63 72 64 73 [[BR]] 65 [[CollapsibleStart(2.5D Comparison)]] 74 == 2.5D Comparison == 75 Images and a movie of the 2.5D simulations for all cooling cases. 76 [[CollapsibleStart(Images/Movie)]] 66 77 [[Image(weak_25D.png,width=600)]] 67 78 [[Image(moderate_25D.png,width=600)]] … … 70 81 [attachment:25.gif movie] 71 82 [[CollapsibleEnd]] 72 Images and a movie of the 2.5D simulations for all cooling cases. 83 73 84 74 85 [[BR]] 75 [[CollapsibleStart(3D Comparison)]] 86 == 3D Comparison == 87 Images and a movie of the 3D simulations for all cooling cases. 88 [[CollapsibleStart(Images/Movie)]] 76 89 [[Image(weak_3D.png,width=600)]] 77 90 [[Image(moderate_3D.png,width=600)]] … … 80 93 [attachment:3D.gif movie] 81 94 [[CollapsibleEnd]] 82 Images and a movie of the 3D simulations for all cooling cases.
