Changes between Version 1 and Version 2 of u/adebrech
- Timestamp:
- 02/15/16 09:24:58 (9 years ago)
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u/adebrech
v1 v2 2 2 [[PageOutline]] 3 3 4 = Insert content here=4 = Experimenting with AstroBEAR = 5 5 Ran OutflowWind simulations with varying parameters. Thickness and wind velocity don't appear to have any effect - perhaps an effect of rescaling? Velocity speeds up the simulation as a whole. The rest are as follows: 6 6 7 7 Reference (default parameters, 100 frames, 2 units computational time (conversion?)): 8 8 9 [[Image(reference.gif) ]]9 [[Image(reference.gif),width=300]] 10 10 11 11 Radius increases size of wind, but otherwise has little effect, at least at small values (expected). 12 12 13 Radius of 2: [[Image(rad=2.gif) ]]13 Radius of 2: [[Image(rad=2.gif),width=300]] 14 14 15 15 Increasing density appears to decrease relative density at the center of the front of the outflow (slightly counter-intuitive, but makes sense). 16 16 17 Density of 5: [[Image(rho=5.gif) ]] Density of 10: [[Image(rho=10.gif)]] Density of 20: [[Image(rho=20.gif)]]17 Density of 5: [[Image(rho=5.gif),width=300]] Density of 10: [[Image(rho=10.gif),width=300]] Density of 20: [[Image(rho=20.gif),width=300]] 18 18 19 19 Increasing temp. creates a more diffuse cloud at the end (predictably). Temp = 0 appears to cause buggy behavior. 20 20 21 Temp = 0: [[Image(temp=0.gif )]] Temp = 1: [[Image(temp=1.gif)]] Temp = 5: [[Image(temp=5.gif)]]21 Temp = 0: [[Image(temp=0.gif,width=300)]] Temp = 1: [[Image(temp=1.gif,width=300)]] Temp = 5: [[Image(temp=5.gif,width=300)]] 22 22 23 23 Also tried a run at 1000 frames, but definitely overkill for time.