In this work, we propose a new predictive entropy-scaling approach for Newtonian shear
viscosities based on group contributions. The approach is based on Rosenfeld's original …

This study proposes a simple model for viscosities, based on entropy scaling, for real
substances and mixtures. The residual entropy is calculated with the perturbed chain polar …

The entropy scaling concept postulates that reduced transport properties of fluids are related
to the residual entropy, a property that reveals intermolecular interactions and can be …

On the occasion of the AIChE's 100th anniversary, we review the status of molecular
dynamics simulation. The development of molecular dynamics has been highly …

Solvent-based thin-film deposition constitutes a popular class of fabrication strategies for
manufacturing organic electronic devices like organic solar cells. All such solvent-based …

This work investigates the link between residual entropy and viscosity based on wide-
ranging, highly accurate experimental and simulation data. This link was originally …

Supercritical CO2 (scCO2), as an effective displacing agent and clean fracturing fluid,
exhibits a great potential in enhanced oil recovery (EOR) from unconventional reservoirs …

The Stokes–Einstein (SE) equation is often applied as an approximation of self-diffusion
coefficients D of molecular species based on the shear viscosity of fluids. The SE relation …

This study proposes a model for self-diffusion coefficients of pure substances from entropy
scaling using the perturbed-chain polar statistical associating fluid theory (PCP-SAFT) …

Clean energy is the need of the hour, considering the huge carbon footprint due to over-
reliance on fossil fuels coupled with the exorbitantly rising global energy demand. Solar …