Data and code for: Low-Order Thermal-Memory Modelling of Full-Scale Fire Doors under Different Fire Histories

This record contains the processed experimental data and reproducibility code supporting the study “Low-Order Thermal-Memory Modelling of Full-Scale Fire Doors under Different Fire Histories”. The dataset covers three full-scale fire-door technologies (timber, glazed aluminium and steel) subjected to seven different furnace histories: standard, external, RWS tunnel, hydrocarbon, RABT-ZTV tunnel, slow-heating and parametric exposure. It includes pre-integrity-loss or right-censored group-average unexposed-side temperature-rise trajectories for the frame rebate, 25 mm and 100 mm from the visible leaf edge, and the average leaf surface. The package contains the processed trajectories, analysis endpoints, experimental metadata, leave-one-fire-history-out reference results, lag/attenuation summaries, Python code reproducing the complete low-order thermal-memory analysis, and code reproducing Figures 1–5 of the associated article. The public package is a processed reproducibility subset. It intentionally excludes unrelated original ITB test records, photographs, test cards, manufacturer documentation and sensor channels outside the analytical scope.