Interactive thermodynamics platform for exploring and analyzing power cycles through dynamic diagrams, live simulation, performance calculations, cycle comparison, graphs, optimization, and parametric studies.
python code using pyXsteam to display steam cycle plots (Carnot, rankine, rankine superheat, rankine reheat, supercritical). e.g. assuming turbine expansion is isentropic.
Thermodynamic analysis of Kalina cycle configurations KCS11 and KCS111a — exergy and thermal efficiency comparison using Engineering Equation Solver (EES)
python code using pyXsteam to display steam cycle non ideal plots (Carnot, rankine, rankine superheat, rankine reheat). e.g. taking into account turbine isentropic efficiency.
The Demo Rankine Cycle Steady-state Simulator in Python, C++, Rust and Modelica
Repository for all of my work on modelling thermodynamic cycles using python and coolprop ; Hope this might be useful to someone! :-)
Modelling of actual reheat regenerative Rankine cycle.
Organic Rankine Cycle Optimizer Tool
Engineering
Package for solving steady state thermodynamic cycles
Wrapper for python CoolProp and CEA for modeling and optimizing complex Brayton and Rankine cycles.
pyQT code using pyXsteam to display steam properties (enthalpy, entropy, specific volume, etc)
Calculates efficiency of Rankine Cycle. Uses XSteam
The Project focusses on the application of water in Rankine cycle.
the program compares T-S diagram of Rankine Cycle run at different temperature and pressure condition. It also gives the corresponding power output of the cycle.
Python simulator of thermodynamic cycles with real-fluid properties (CoolProp), validated against textbook examples
python code using pyXsteam to display the nuclear rankine steam cycle plot.
Steam-cycle evaluator in Rust: IAPWS-IF97 water/steam properties and Rankine cycles with open feedwater heaters, with Python bindings for cycle optimization.
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