Abstract The Patel-Teja equation of state (PT EOS) is extensively researched, modified, and
applied three-parameter cubic equation of state for the prediction of volumetric and …

A five parameter cubic equation of state, named 5PGDN is presented for the prediction of
thermodynamic properties of pure fluids and mixtures. A new alpha function is proposed with …

A six parameter Quartic equation of state (QEOS) is presented in this work to explore the
scope of a non-cubic equation of state for the prediction of thermodynamic properties and …

Two-parameters cubic EOSs are not reliable for volumetric predictions. Three-parameters
cubic EOSs are not computationally efficient. A new format of two-parameters cubic EoS is …

A generalized cubic equation of state is proposed for non-polar substances, including heavy
hydrocarbons. The new model is based on the Patel–Teja cubic equation of state and the …

Equations of state (EOS) have always been an area of focus in a profusion of studies for
which myriads of researchers are continuously developing novel improvements and …

Developing reliable EOS model for compositional simulation is important as replicating the
composition phase behavior in Pressure–Temperature–Composition space is challenging …

A unique approach is proposed to predict the heavy oil density using a recently developed
three parameter cubic equation of state for heavy pure components. It predicts the heavy oil …