========================================================= TurboFlow: Meanline Modelling of Axial Turbines ========================================================= .. .. image:: https://example.com/logo.png .. :alt: TurboFlow Logo .. :align: center .. :scale: 50 % .. **Version:** 0.1.11 .. **Author:** Lasse Borg Anderson & Roberto Agromayor .. **License:** MIT License Overview ======== TurboFlow is a Python package for mean-line modelling of axial turbines. It aims to offer flexible and reliable simulations for both performance prediction and design optimization, and should present a valuable resource for engineers and researchers working in the field of turbomachinery. Features ======== - **Performance Prediction:** Accurately predict the performance of axial turbines based on various input parameters. - **Design Optimization:** Optimize preliminary axial turbine design to achieve optimal performance metrics. - **Equation-oriented problem formulation:** Equation-oriented problem formulation for performance analysis and design optimization. - **Model consitency:** The model is consistent for both performance prediction and design optimization. - **Efficient solution:** The model adopts gradient-based root-finding and optimization solver. - **Real gas fluid property analysis:** CoolProp is used to determine thermohpysical properties. - **Flexible model:** The model offers options for submodels for loss, deviation and choking calculations. - **General geometry:** Geometrical variables are defined to cover a wide range of designs, including multistage configurations. - **Easy-to-use:** Intuitive and easy setup of input parameters for rapid development and analysis. - **Extensive Documentation:** Comprehensive guides and examples to help you get started quickly. Contents: ========== .. toctree:: :maxdepth: 1 source/installation source/tutorials source/model_description source/nomenclature source/glossary source/bibliography source/api/turboflow source/publications source/developer_guide