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José Matías Garrido Acuña

Profesor Asistente

UNIVERSIDAD DE CONCEPCION

Concepción, Chile

Líneas de Investigación


Termodinámica estadística, mecánica molecular.; Ecuaciones de Estado; Simulación Molecular

Educación

  •  LICENCIATURA EN CIENCIAS DE LA INGENIERIA, UNIVERSIDAD DE CONCEPCION. Chile, 2009
  •  MAGISTER EN CIENCIAS DE LA INGENIERIA C/M INGENIERIA QUIMICA, UNIVERSIDAD DE CONCEPCION. Chile, 2012
  •  DOCTORADO EN CIENCIAS DE LA INGENIERIA C/M INGENIERIA QUIMICA, UNIVERSIDAD DE CONCEPCION. Chile, 2016
  •  INGENIERO CIVIL QUIMICO, UNIVERSIDAD DE CONCEPCION. Chile, 2012

Experiencia Académica

  •   Profesor Asistente Full Time

    UNIVERSIDAD DE CONCEPCION

    Ingeniería

    Concepción, Chile

    2016 - 2021

  •   Profesor Asociado Full Time

    UNIVERSIDAD DE CONCEPCION

    Ingeniería

    Concepción, Chile

    2021 - At present


 

Article (31)

Improving the separation of guaiacol from n-hexane by adding choline chloride to glycol extracting agents
Surface anomalies in ethanol plus n-octane mixture: An effect of molecular orientations and hydrogen bonds
Effect of size disparity on the gas-liquid interfacial properties of Lennard-Jones monomer plus dimer mixtures
Comparison of SAFT-VR-Mie and CP-PC-SAFT in predicting phase behavior of associating systems III. Aliphatic hydrocarbons-1-propanol, 1-butanol and 1-pentanol
Comparison of SAFT-VR-Mie and CP-PC-SAFT in predicting phase behavior of associating systems IV. Methanol-aliphatic hydrocarbons
On the Physical Insight into the Barotropic Effect in the Interfacial Behavior for the H2O + CO2 Mixture
Second-Order Differential Accelerators Based on the Geometry of Equilibrium for Thermodynamic Calculations. Part I. Pure Fluids
The additivity of surface and volumetric properties of alpha,omega-dihalogenoalkanes
A rigorous and accurate approach for predicting the wet-to-dry transition for working mixtures in organic Rankine cycles
Comparison of SAFE-VR-Mie and CP-PC-SAFI in predicting phase behavior of associating systems I. Ammonia-water, methanol, ethanol and hydrazine
Comparison of SAFT-VR-Mie and CP-PC-SAFT in predicting phase behavior of associating systems II. Ammonia – Hydrocarbons
Interfacial Properties of Tetrahydrofuran and Carbon Dioxide Mixture from Computer Simulation
Some Observations Regarding the Association Kernel of SAFT-VR-Mie. Is the Molecularly Inspired Contribution Always Necessary?
Toward Development of a Universal CP-PC-SAFT-Based Modeling Framework for Predicting Thermophysical Properties at Reservoir Conditions: Inclusion of Surface Tensions
Coarse-grained theoretical modeling and molecular simulations of nitrogen + n-alkanes: (n-pentane, n-hexane, n-heptane, n-octane)
Coarse-grained theoretical modeling and molecular simulations of nitrogen plus n-alkanes: (n-pentane, n-hexane, n-heptane, n-octane)
Measurement and modeling of high pressure density and interfacial tension of carbon dioxide + tetrahydrofuran mixture
Measurement and modeling of high pressure density and interfacial tension of carbon dioxide plus tetrahydrofuran mixture
Interfacial Tensions of Industrial Fluids from a Molecular- Based Square Gradient Theory
On interfacial properties of tetrahydrofuran: Atomistic and coarse-grained models from molecular dynamics simulation
Understanding the Interfacial Behavior in Isopycnic Lennard-Jones Mixtures by Computer Simulations
Understanding the interfacial behavior in isopycnic Lennard-Jones mixtures by computer simulations
Barotropic phenomena in binary mixtures
Barotropic phenomena in binary mixtures
Comprehensive Characterization of Interfacial Behavior for the Mixture CO2 + H2O + CH4: Comparison between Atomistic and Coarse Grained Molecular Simulation Models and Density Gradient Theory
High-pressure interfacial tensions for nitrogen plus ethanol, or hexane or 2-methoxy-2-methylbutane: A comparison between experimental tensiometry and Monte Carlo simulations
High-pressure interfacial tensions for nitrogen+ethanol, or hexane or 2-methoxy-2-methylbutane: A comparison between experimental tensiometry and Monte Carlo simulations
On the phase and interface behavior along the three-phase line of ternary Lennard-Jones mixtures. A collaborative approach based on square gradient theory and molecular dynamics simulations
On the phase and interface behavior along the three-phase line of ternary Lennard-Jones mixtures: A collaborative approach based on square gradient theory and molecular dynamics simulations
A rigorous approach for predicting the slope and curvature of the temperature-entropy saturation boundary of pure fluids
Molar isopycnicity in heterogeneous binary mixtures

Proyecto (1)

A PROTOTYPE SYSTEM TO UNDERSTANDING MULTI-COMPONENT INTERACTIONS=> AN APPROACH BASED ON THEORETICAL EQUATIONS OF STATE AND MOLECULAR SIMULATIONS
24
José Garrido

Profesor Asistente

UNIVERSIDAD DE CONCEPCION

Concepción, Chile

11
Sergio Mejia

Professor

Chemical Engineering

UNIVERSIDAD DE CONCEPCION

Concepcion, Chile

3
Héctor Quinteros

Profesor asistente

Departamento de Tecnologías Industriales

Universidad de Talca

Curicó, Chile