property especification for thermodynamic models
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Updated
Dec 16, 2022 - Julia
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thermodynamic-models
Here are 8 public repositories matching this topic...
Estimation of thermodynamics properties and vapor-liquid equilibrium calculations
chemistry
thermodynamics
chemical-engineering
equation-of-state
thermodynamic-properties
thermodynamic-models
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Updated
Jul 6, 2023 - Python
Aerosol Inorganic-Organic Mixtures Functional groups Activity Coefficients (AIOMFAC) model code (used within the online model AIOMFAC-web)
fortran
solution
aerosol
computational-chemistry
thermodynamics
activity
mixing
fortran-modules
modern-fortran
chemical-potential
unifac
aiomfac
activity-coefficients
aiomfac-web
water-activity
thermodynamic-models
organic-inorganic
aiomfac-visc
aiomfac-model
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Updated
Apr 23, 2024 - Fortran
Thermodynamics powered by Machine Learning
machine-learning
entropy
chemistry
artificial-intelligence
thermodynamics
heat-capacity
neural-networks
quantum-chemistry
materials-science
materials-informatics
phase-diagram
thermochemistry
thermodynamic-properties
statistics-modeling
materials-engineering
gibbs-energy
thermodynamic-models
thermodynamic-simulation
enthalpy
thermodynamic-calculations
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Updated
May 7, 2021 - Python
Release of High-Pressure Hydrogen into the Air
hydrogen
cfd
openfoam
numerical-modelling
riemann-problem
riemann-solver
shockwave
thermodynamic-models
high-pressure
shock-tube
openfoam-customization
cfd-simulation
thermophysical-properties
shock-propagation
hydrogen-leakage
spontaneous-ignition
self-ignition
auto-ignition
transport-models
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Oct 5, 2021 - C++
From the Lower Crust to the mantle: elastic properties, anisotropy, and water content of the Cabo Ortegal complex
libs
anisotropy
ftir
thermodynamic-models
electron-backscatter-diffraction
lower-crust
seismic-properties
water-content
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Oct 7, 2024 - HTML
UNIFAC described in terms of excess gibbs free energy
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Updated
Feb 28, 2022
This simulation will provide first-year engineering undergraduates with hands-on experience of ideal gases. Users explore the behaviour of a closed ideal gas system by setting its thermodynamic state variables/constants (e.g., π, π, π, πΈα΅’ , Ξπ), applying work and/or heat to the system.
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Updated
Nov 6, 2023 - Julia
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