We present a new class of techniques for the solution of the chemical and phase equilibria problem for reacting species in a closed system. The minimisation of the Gibbs free energy for all the species in the system is conducted using the technique of simulated annealing (SA). The SA objective function incorporates non‐ideal equations of state. This new approach is demonstrably able to solve multi‐species and multi‐phase LTCE problems in ideal‐gas solutions, ideal solutions and mixtures of ideal and non‐ideal solutions
Development of robust and efficient methods for the computation of multiphase systems has long been ...
The Gibbs energy minimization encompasses active use of the chemical potentials (partial molar Gibbs...
In this work, the Stretched Simulated Annealing Method was applied to identify the stationary points...
We present a new class of techniques for the solution of the chemical and phase equilibria problem f...
Phase equilibrium calculations in systems subject to chemical reactions are involved in the design, ...
An enhanced simulated annealing algorithm (SAA) is presented to verify the phase stability analysis ...
The paper describes methods for calculating chemical equilibria based on a constrained Gibbs free en...
International audienceSince already a few decades, researchers developed tools to predict chemical r...
O conhecimento do equilíbrio de fases é de grande importância no projeto e análise de uma grande va...
A computer program applicable for simulating the chemical processes involving multicomponent multiph...
Bibliography: pages 167-169.The computation of chemical and phase equilibria is an essential aspect ...
In process and materials chemistry, digitalization with computational methods has been a long-time c...
Computational methods in chemical equilibrium thermodynamics have found numerous application areas i...
Simulated Annealing is a probabilistic meta-heuristic that is based on statistical mechanics: while ...
Computation of chemical equilibria in multiphase systems by Gibbs free energy minimization under con...
Development of robust and efficient methods for the computation of multiphase systems has long been ...
The Gibbs energy minimization encompasses active use of the chemical potentials (partial molar Gibbs...
In this work, the Stretched Simulated Annealing Method was applied to identify the stationary points...
We present a new class of techniques for the solution of the chemical and phase equilibria problem f...
Phase equilibrium calculations in systems subject to chemical reactions are involved in the design, ...
An enhanced simulated annealing algorithm (SAA) is presented to verify the phase stability analysis ...
The paper describes methods for calculating chemical equilibria based on a constrained Gibbs free en...
International audienceSince already a few decades, researchers developed tools to predict chemical r...
O conhecimento do equilíbrio de fases é de grande importância no projeto e análise de uma grande va...
A computer program applicable for simulating the chemical processes involving multicomponent multiph...
Bibliography: pages 167-169.The computation of chemical and phase equilibria is an essential aspect ...
In process and materials chemistry, digitalization with computational methods has been a long-time c...
Computational methods in chemical equilibrium thermodynamics have found numerous application areas i...
Simulated Annealing is a probabilistic meta-heuristic that is based on statistical mechanics: while ...
Computation of chemical equilibria in multiphase systems by Gibbs free energy minimization under con...
Development of robust and efficient methods for the computation of multiphase systems has long been ...
The Gibbs energy minimization encompasses active use of the chemical potentials (partial molar Gibbs...
In this work, the Stretched Simulated Annealing Method was applied to identify the stationary points...