Updated: '00/8/9

Simulate a stable vapor and a stable liquid
conditions.

Describe followings.

- Image of pv
- Line graph of temperature, kinetic energy, potential energy and total energy
- Line graph of pressure fluctuation
- Calculate average value of temperature, potential energy and pressure
- and compare with Rhee and Nicolas correlations

TIPS: Use periodic2 to calculate. Then, pressure
for pressure.dat.

NOTE: Long-range correction in included for
potential energy but not included in pressure.

@

Hints: Try the following way.

- Determine temperaure and number density for vapor or liquid system.
- Determine N and Box size from density and Tini from temperaure.
- Do calculate periodic2.exe Try changing many parameters.
- Do calculate mkmask.exe
- Use pvutility to make pv.
- Check and copy a bitmap file
- Draw T, Ek, Ep, and Ek+Ep (Long range correction is already included by periodic2.exe)
- Get the average values
- Do calculate press.exe
- Draw pressure (You must add Long-range correction by yourself)
- Get the average values
- Calculate the Rhee and Nicolas values by ljphase.exe

Examples....

- Return to Dr. Maruyama home page
- Link to Shoji-Maruyama Lab. home page
- Dept. of Mech. Engng. home page