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User contributions for Wf312

Results for Wf312 talk block log uploads logs

A user with 929 edits. Account created on 13 October 2014.

20:4520:45, 25 March 2015 diff hist 0 N File:Binter 6.PNG No edit summary current
20:4520:45, 25 March 2015 diff hist +13 Rep:Mod:Computational Liquids Will →Dynamical properties and the diffusion coefficient
20:4520:45, 25 March 2015 diff hist 0 N File:Binter 5.PNG No edit summary current
20:4420:44, 25 March 2015 diff hist +13 Rep:Mod:Computational Liquids Will →Dynamical properties and the diffusion coefficient
20:4420:44, 25 March 2015 diff hist 0 N File:Binter 4.PNG No edit summary current
20:4420:44, 25 March 2015 diff hist +26 Rep:Mod:Computational Liquids Will →Dynamical properties and the diffusion coefficient
20:4320:43, 25 March 2015 diff hist 0 N File:Binter 3.PNG No edit summary current
20:4320:43, 25 March 2015 diff hist 0 N File:Binter 2.PNG No edit summary current
20:4320:43, 25 March 2015 diff hist +13 Rep:Mod:Computational Liquids Will →Dynamical properties and the diffusion coefficient
20:4320:43, 25 March 2015 diff hist 0 N File:Binter 1.PNG No edit summary current
20:1120:11, 25 March 2015 diff hist +2 Rep:Mod:Computational Liquids Will /* Use software of your choice to plot the density as a function of temperature for both of the pressures that you simulated. Your graph(s) should include error bars in both the x and y directions. You should also include a line corresponding to the d...
20:1020:10, 25 March 2015 diff hist +51 Rep:Mod:Computational Liquids Will /* Use software of your choice to plot the density as a function of temperature for both of the pressures that you simulated. Your graph(s) should include error bars in both the x and y directions. You should also include a line corresponding to the d...
20:1020:10, 25 March 2015 diff hist 0 N File:Massive Fun time 3.PNG No edit summary current
20:0920:09, 25 March 2015 diff hist +24 Rep:Mod:Computational Liquids Will /* Use software of your choice to plot the density as a function of temperature for both of the pressures that you simulated. Your graph(s) should include error bars in both the x and y directions. You should also include a line corresponding to the d...
20:0920:09, 25 March 2015 diff hist 0 N File:Massive Fun time 2.PNG No edit summary current
20:0920:09, 25 March 2015 diff hist +25 Rep:Mod:Computational Liquids Will /* Use software of your choice to plot the density as a function of temperature for both of the pressures that you simulated. Your graph(s) should include error bars in both the x and y directions. You should also include a line corresponding to the d...
20:0820:08, 25 March 2015 diff hist 0 N File:Massive fun time 1.PNG No edit summary current
19:2819:28, 25 March 2015 diff hist +428 Rep:Mod:Computational Liquids Will →Running Simulations Under Specific Conditions
19:2719:27, 25 March 2015 diff hist +371 Rep:Mod:Computational Liquids Will →Running Simulations Under Specific Conditions
19:2619:26, 25 March 2015 diff hist +323 Rep:Mod:Computational Liquids Will →Running Simulations Under Specific Conditions
19:2519:25, 25 March 2015 diff hist +251 Rep:Mod:Computational Liquids Will →Running Simulations Under Specific Conditions
19:2119:21, 25 March 2015 diff hist +162 Rep:Mod:Computational Liquids Will →Solve the following equations to determine \gamma
19:1619:16, 25 March 2015 diff hist −31 Rep:Mod:Computational Liquids Will →Running Simulations Under Specific Conditions
19:1519:15, 25 March 2015 diff hist −11 Rep:Mod:Computational Liquids Will →Solve the following equations to determine \gamma
19:1519:15, 25 March 2015 diff hist +78 Rep:Mod:Computational Liquids Will →Running Simulations Under Specific Conditions
19:1219:12, 25 March 2015 diff hist +62 Rep:Mod:Computational Liquids Will →Task: \frac{1}{2}\sum_i m_i \left(\gamma v_i\right)^2 = \frac{3}{2} N k_B \mathfrak{T} Solve these to determine \gamma.
19:1119:11, 25 March 2015 diff hist +7 Rep:Mod:Computational Liquids Will →Running Simulations Under Specific Conditions
19:1019:10, 25 March 2015 diff hist +154 Rep:Mod:Computational Liquids Will →Running Simulations Under Specific Conditions
19:0119:01, 25 March 2015 diff hist +51 Rep:Mod:Computational Liquids Will →Calculating heat capacities using statistical physics
18:5818:58, 25 March 2015 diff hist +335 Rep:Mod:Computational Liquids Will →Of the five timesteps that you used, which is the largest to give acceptable results? Which one of the five is a particularly bad choice? Why?
18:5318:53, 25 March 2015 diff hist +114 Rep:Mod:Computational Liquids Will →Make a single plot which shows the energy versus time for all of the timesteps
18:5218:52, 25 March 2015 diff hist +77 Rep:Mod:Computational Liquids Will →How long does it take
18:3818:38, 25 March 2015 diff hist +83 Rep:Mod:Computational Liquids Will →Make a single plot which shows the energy versus time for all of the timesteps
18:3618:36, 25 March 2015 diff hist +78 Rep:Mod:Computational Liquids Will →Make a single plot which shows the energy versus time for all of the timesteps
18:3518:35, 25 March 2015 diff hist +131 Rep:Mod:Computational Liquids Will →How long does it take
18:3418:34, 25 March 2015 diff hist +27 Rep:Mod:Computational Liquids Will →How long does it take
18:3318:33, 25 March 2015 diff hist −27 Rep:Mod:Computational Liquids Will →Make plots of the energy, temperature, and pressure, against time for the 0.001 timestep experiment (attach a picture to your report)
18:3318:33, 25 March 2015 diff hist +30 Rep:Mod:Computational Liquids Will →How long does it take
18:3318:33, 25 March 2015 diff hist −28 Rep:Mod:Computational Liquids Will →Make plots of the energy, temperature, and pressure, against time for the 0.001 timestep experiment (attach a picture to your report)
18:3318:33, 25 March 2015 diff hist +29 Rep:Mod:Computational Liquids Will →How long does it take
18:3218:32, 25 March 2015 diff hist −28 Rep:Mod:Computational Liquids Will →Make plots of the energy, temperature, and pressure, against time for the 0.001 timestep experiment (attach a picture to your report)
18:3118:31, 25 March 2015 diff hist +76 Rep:Mod:Computational Liquids Will →Make plots of the energy, temperature, and pressure, against time for the 0.001 timestep experiment (attach a picture to your report)
18:3018:30, 25 March 2015 diff hist 0 N File:New Figure 6.PNG No edit summary current
18:3018:30, 25 March 2015 diff hist +20 Rep:Mod:Computational Liquids Will →Make plots of the energy, temperature, and pressure, against time for the 0.001 timestep experiment (attach a picture to your report)
18:2918:29, 25 March 2015 diff hist 0 N File:New Figure 5 WF.PNG No edit summary current
18:2918:29, 25 March 2015 diff hist +20 Rep:Mod:Computational Liquids Will →Output Files
18:2818:28, 25 March 2015 diff hist 0 N File:New Figure 4 WF.PNG No edit summary current
18:2818:28, 25 March 2015 diff hist +20 Rep:Mod:Computational Liquids Will →Output Files
18:2718:27, 25 March 2015 diff hist 0 N File:New Figure 3 WF.PNG No edit summary current
18:2718:27, 25 March 2015 diff hist +20 Rep:Mod:Computational Liquids Will →Output Files

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