Python library for calculating properties of Steam and Water

A code for calculating the standard state thermodynamic properties at a given temperature and pressure.

PoLIM is a 2D flowband thermomechanical ice flow model. It simplifies the momentum balance based on the Blatter-Pattyn approximation and uses the enthalpy formulation of energy balance equation.

Engineering Solver helps to do calculations with units and thermodynamic properties in a very fast way.

Thermodynamics powered by Machine Learning

Taffi component increment theory used to predict enthalpy of formation, standard entropy and heat capacity.

MATLAB modelling of Electric Arc Furnace under continuous operation.

Python package for computing thermochemical properties of molecules and solids in the anharmonic approximation.

This repository contains programs to assist in projects involving calculations of chemical processes and calculations of energy production.

Chemical Equation Balancer

Repository with the basic functions related with the temperature, relative humidity, absolute humidity and entalpy of the air with the different variable transformations

Configurable Arrhenius plots with fits, uncertainties, and ratios

Calculate the enthalpy of a component using steam tables or a data spreadsheet of heat capacity coefficients

pyQT code using pyXsteam to display steam properties (enthalpy, entropy, specific volume, etc)

Fast calculation of thermophysical properties of water and steam in R

Extract Enthaply value in MATLAB from refprop data base | Solution of VCR system in MATLAB.

Generation and visualization of 3d protein sequences

Analytic framework for degenerate-bounce anti-star formation: explicit equations of state, relativistic collapse and bounce dynamics, baryon-to-antibaryon conversion via Standard-Model sphalerons, testable observational signatures, and falsifiability criteria.