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Luis Alejandro Forero Gaviria
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Critical properties and normal boiling temperature of ionic liquids. Update and a new consistency test
JO Valderrama, LA Forero, RE Rojas
Industrial & engineering chemistry research 51 (22), 7838-7844, 2012
1862012
Extension of a group contribution method to estimate the critical properties of ionic liquids of high molecular mass
JO Valderrama, LA Forero, RE Rojas
Industrial & Engineering Chemistry Research 54 (13), 3480-3487, 2015
622015
Wagner liquid–vapour pressure equation constants from a simple methodology
LA Forero G, JA Velásquez J
The Journal of Chemical Thermodynamics 43 (8), 1235-1251, 2011
572011
An analytical expression for the vapor pressure of ionic liquids based on an equation of state
JO Valderrama, LA Forero
Fluid phase equilibria 317, 77-83, 2012
352012
A generalized cubic equation of state for non-polar and polar substances
LA Forero G, JA Velásquez J
Fluid Phase Equilibria 418, 74-87, 2016
312016
The Patel–Teja and the Peng–Robinson EoSs performance when Soave alpha function is replaced by an exponential function
LA Forero G, JA Velásquez J
Fluid Phase Equilibria 332, 55-76, 2012
252012
A new generalized Henry-Setschenow equation for predicting the solubility of air gases (oxygen, nitrogen and argon) in seawater and saline solutions
JO Valderrama, RA Campusano, LA Forero
Journal of Molecular Liquids 222, 1218-1227, 2016
232016
A method to estimate the Patel− Teja equation of state constants
LA Forero, JA Velásquez
Journal of Chemical & Engineering Data 55 (11), 5094-5100, 2010
222010
Correlation and prediction of thermal conductivity using the Redlich–Kwong cubic equation of state and the geometric similitude concept for pure substances and mixtures
LF Cardona, LA Forero, JA Velásquez
Industrial & Engineering Chemistry Research 58 (51), 23417-23437, 2019
172019
A modified Patel–Teja cubic equation of state: Part I–Generalized model for gases and hydrocarbons
LA Forero G, JA Velásquez J
Fluid Phase Equilibria 342, 8-22, 2013
172013
Critical properties of metal-containing ionic liquids
JO Valderrama, LA Forero, RE Rojas
Industrial & Engineering Chemistry Research 58 (17), 7332-7340, 2019
122019
A modified Patel–Teja cubic equation of state. Part II: Parameters for polar substances and its mixtures
LA Forero G, JA Velásquez J
Fluid Phase Equilibria 364, 75-87, 2014
112014
Modelamiento de la Viscosidad con Base en una Ecuación Cúbica μTP del Tipo Peng-Robinson
LF Cardona, LA Forero, JA Velásquez
Información tecnológica 30 (4), 259-272, 2019
102019
Modeling the liquid-liquid equilibria of polar aprotic solvents/alkanes type mixtures using a modified PR EoS and the Huron-Vidal mixing rules
G Forero, A Luis, J Velasquez, A Jorge
JOURNAL OF MOLECULAR LIQUIDS 292, 2019
82019
Prediction of phase equilibria, density, speed of sound and viscosity of 2-alkoxyethanols mixtures: A comparison study between SAFT type EoSs and a modified PR EoS
JA Velásquez, JP Hernández, LA Forero, LF Cardona
Fluid Phase Equilibria 563, 113570, 2023
72023
Representación simultánea del equilibrio líquido-vapor, el volumen molar y la entalpía de exceso de mezclas complejas mediante una ecuación de estado tipo Peng-Robinson
LA Forero, JA Velásquez
Información tecnológica 30 (6), 21-34, 2019
72019
A group contribution method to model the thermal conductivity of pure substances
LF Cardona, LA Forero, JA Velásquez
Fluid Phase Equilibria 564, 113592, 2023
62023
Modelling low pressure LLE and VLE of methanol/alkane mixtures with a modified Peng-Robinson EoS and the Huron-Vidal mixing rules
JP Hernández, LA Forero, JA Velásquez
Fluid Phase Equilibria 546, 113123, 2021
62021
Calculation of complex phase equilibria of DMF/alkane and acetonitrile/alkane systems using a modified Peng-Robinson EoS and the Huron-Vidal mixing rules
J Velásquez, A Jorge, G Forero, A Luis
Journal of Molecular Liquids 243, 600-610, 2017
62017
A simple and generalized model to represent the vapor-liquid equilibria and the liquid-molar-volume of alcohol-alkane binary mixtures
LA Forero G, JA Velásquez J
Fluid Phase Equilibria 430, 112-134, 2016
62016
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