Dataset for publication: Application of Computational Model on 3D-Printed Bioinspired Heat Exchangers for Maisotsenko Cycle

This dataset provides data related to the paper Application of Computational Model on 3D-Printed Bioinspired Heat Exchangers for Maisotsenko Cycle, which was published as Preprint version for Zenodo 11.05.2026. Data originates from Python model pre-processing and post-processing. Below is list of the files and more information can be found in README.txt. Uploaded to Zendodo 13.05.2026 in Brno by Jan Pokorný (main owner of these data). Hint: For opening xlsx you have to use Python or Excel or whatever else (Google doc.). Dataset contains: #FOLDERS Dataset Fig. 5 - Dimensions Dataset Fig. 6, 7 HX Dataset Fig. 8 Summary Dataset Tab 1, 2 - Test scenarios #FILES: Dataset Fig. 5 - Dimensions.xlsx (.csv) - dimensions of heat exchangers (HXs) --> #SHEETS: Fig. 5 - Dimensions: list of dimensions of Tube HX and Meandroid HX Dataset Fig. 6, 7 HX.xlsx (.csv) - simulation results of selected test cases for Tube HX and Meandroid HX by Python model using discretization --> #SHEETS: Fig. 6, 7 HX: Discretized domain results of Tube HX and Meandroid HX. Dataset Fig. 8 Summary.xlsx (.csv) - simulation results of all test cases for Tube HX and Meandroid HX by Python model (just outlet temperature of dry channel) with comparison with experimental data --> #SHEETS: Fig. 8 Summary: Comparison of simulated and measured Dry Channel Outlet Temperature (°C) for tests 1-3 (Tube HX) and tests 4-7 (Meandroid HX) Dataset Tab 1, 2 - Test scenarios.xlsx (.csv) - summary of measured data at Brno University of Technology related to the 3D-Printed Bioinspired Heat Exchangers for Maisotsenko Cycle --> #SHEETS: Tab 1, 2 - Test scenarios: Input data and boundary conditions for tests 1-3 (Tube HX) and tests 4-7 (Meandroid HX) including measured data and calculated COP