A. Podgorski et al., Perspectives of the parallel computing techniques in chemical engineering - An example of the molecular dynamics method, INZ CHEM PR, 22(3D), 2001, pp. 1145-1150
This work presents implementation of the parallel computing technique for a
simple example of determination of the gas isothermal compressibility coef
ficient. It was done using the molecular dynamics method, which is based on
the integration of the Newton's equations of motion for molecules in the L
ennard-Jones force field, and applying the thermodynamic fluctuations theor
em. Computing time for various processor numbers used by the application wa
s compared. An increasing efficiency of the parallel computing with the inc
rease of the problem complexity (number of considered particles) was emphas
ised.