| bio | website | ccl.gatech.edu |
|---|---|---|
| location | Atlanta, GA | |
| age | 33 | |
| visits | member for | 1 year, 6 months |
| seen | Dec 27 '12 at 18:31 | |
| stats | profile views | 51 |
Never-graduating PhD student in Computational Fluid Dynamics with Combustion. Main interest is in Liquid Rocket Engines and real gas flows.
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Dec 11 |
comment |
How can these fluid dynamical smoke-ring phenomena be explained? I will look into the second point more and maybe do some diagrams if I find the time... |
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Dec 11 |
answered | How can these fluid dynamical smoke-ring phenomena be explained? |
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Dec 10 |
comment |
Is the liquid/solid line infinite? That's interesting although raises quite a few new questions. Your phase diagram shows that it becomes very difficult to have liquid phase above 10^9 Pa. Is that behavior (vertical solid-liquid line becoming nearly horizontal) specific to water? Can this 10^9 limit be estimated a priori from atomic quantities? |
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Dec 10 |
revised |
Is the liquid/solid line infinite? added 25 characters in body |
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Dec 10 |
answered | Why do space crafts take off with rockets instead of just ascending like an aircraft until they reach space? |
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Dec 10 |
asked | Is the liquid/solid line infinite? |
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Dec 9 |
awarded | Enlightened |
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Dec 9 |
awarded | Nice Answer |
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Dec 9 |
comment |
Is there a small enough planet or asteroid you can orbit by jumping? Other problem: finding a perfectly spherical asteroid. Irregular shapes will make this a lot more difficult ! |
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Dec 9 |
comment |
Is there a small enough planet or asteroid you can orbit by jumping? You don't necessarily come back to your original location after your jump. Any other ballistic trajectory is possible if your speed is below the escape velocity. |
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Dec 9 |
awarded | Yearling |
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Dec 9 |
comment |
Flames with no gravity? I might have more on this in a few days, but couldn't resist to answer something already. Let me know if specific points are not clear... |
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Dec 9 |
answered | Flames with no gravity? |
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Dec 7 |
answered | Why cant one see tidal effects in a glass of water? |
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Dec 4 |
comment |
fitting van der waals law on real data You have to go to the fluid properties section. |
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Dec 4 |
answered | What alternative shapes may a rocket heading into orbit have? |
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Nov 24 |
answered | Velocity vs Time Bounce |
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Nov 24 |
comment |
Mass diffusion: is $D_{AB} \neq D_{BA}$ at high pressures? If so, why? Nicely put ! That's what I think too, let's see what other answers we get. |
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Nov 24 |
asked | Mass diffusion: is $D_{AB} \neq D_{BA}$ at high pressures? If so, why? |
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Nov 18 |
awarded | Scholar |