Pinned Repositories
perry
Process Design Utilities
Excess-chemical-potential-estimation
In this project, for a Lennard Jones fluid, the excess chemical potential is estimated using the finite difference thermodynamic integration method.
Microcanonical-ensemble-molecular-dynamics-simulation
Here, a Lennard Jones fluid is simulated in a microcanonical ensemle which has a constant number of molecules (N), volume (V) and energy (E).
Monte-Carlo-Method-for-Integral-Estimation
Area under the curve for a given function is estimated using the Monte Carlo method.
VirajBhatt9's Repositories
VirajBhatt9/Excess-chemical-potential-estimation
In this project, for a Lennard Jones fluid, the excess chemical potential is estimated using the finite difference thermodynamic integration method.
VirajBhatt9/Microcanonical-ensemble-molecular-dynamics-simulation
Here, a Lennard Jones fluid is simulated in a microcanonical ensemle which has a constant number of molecules (N), volume (V) and energy (E).
VirajBhatt9/Monte-Carlo-Method-for-Integral-Estimation
Area under the curve for a given function is estimated using the Monte Carlo method.