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MSCA: SHINE Database

Zeneli, Myrto; Datas, Alejandro

Abstract

Project 101145914 — SHINE has received funding withing the MSCA framework. The purpose of this project is to construct a generic model describing the solidification-melting process of ultra-high temperature latent heat thermal energy storage systems based on data-driven analysis and rigorous CFD models. Within the project a database has been created based on simulations by using a 2D CFD model. The present dataset contains information of FeSiB alloy solidification-melting close to 1250 oC (but also aluminium for comparison) inside a cylindrical container, under various heating conditions. This database contains versioning and will be enhanced by including a wide variety of 1. metallic-based PCMs, 2. Geometry shapes and dimensions, 3. Operating conditions, 4. Boundary conditions, 5. Modelling strategies (e.g. reduced order models vs. full order models), 6. Phenomena tested (e.g., convection vs. conduction)

Full text

CFD Database for Phase-Change Thermal Energy Storage Version: 1.0 DOI: 10.5281/zenodo.17602385 This dataset contains raw and processed Computational Fluid Dynamics (CFD) simulation outputs related to phase-change thermal energy storage systems of metallic-based phase change materials (PCMs). In this version, Aluminum and Ferro-silicon-boron are reported. It was generated as part of the Marie Skłodowska-Curie project SHINE, funded under Horizon Europe (Grant Number: 101145914). The dataset includes: • Full CFD simulation Metadata (GeneralData) • Material properties • Geometry and design parameters • Operating conditions • Unique row-normalized category tables • CFD raw melt-fraction evolutions (Time vs MeltFraction) • Fully post-processed outputs (melting time, solidification time, curvature metrics) • Mapping tables linking cases to their category rows All data were generated automatically from MATLAB and exported to a MySQL database. A. Dataset Contents CFD_Dataset_v1/ MySQL_Dump_Files/ # Full MySQL dump (structure + data) CFD_DB_Export/ # CSV versions of all tables │ ── generaldata.csv │ ── materialproperties.csv │ ── operatingdata.csv │ ── designdata.csv │ ── numericaldata.csv │ ── case_links.csv │ ── cfd_raw_data.csv │ ── cfd_outputs.csv LICENSE.txt README.docx B. Table Overview Table Name Description `GeneralData` Case metadata (phase, material, geometry, operating conditions) `MaterialProperties` Thermal and physical material parameters `OperatingData` Boundary conditions and dynamic operating settings DesignData` Geometry and design parameters (dimensions, volumes, etc.) `NumericalData` CFD solver settings (mesh size, tolerances, etc.) `cfd_raw_data` Time-series MeltFraction vs Time for each CaseID `cfd_outputs` Post-processed CFD metrics (melting time, peaks, curvature, etc.) `case_links` Maps each CaseID to row IDs in category tables C. Methods CFD simulations were performed using ANSYS FluentTM solver using the enthalpy porosity approach. Data was cleaned and post-processed using MATLABTM. D. Versioning This dataset is versioned. You may cite a specific version (e.g., v1) or the **DOI: 10.5281/zenodo.17602385** that always points to the latest version. Updates will include: • Additional CFD cases • Updated geometries and materials • Improved post-processing metrics • New phenomena studied (e.g., cavitation) • Simulating data from the 1D model in MatlabTM • Experimental data E. How to Cite Zeneli, et al. (2025). SHINE Database. Publication Date. URL