Peak thermomechanical response of a carbon-carbon aircraft brake disc, design of experiments, aggregated metrics, and data splits

Reproducibility data package for a non-intrusive POD-GPR machine-learning emulator predicting two peak thermomechanical fields, thermal and von Mises stress, of a carbon-carbon aircraft brake disc during rejected-take-off braking, from five operational parameters. This deposit includes the aggregated metrics reported in the article, the five-parameter design of experiments, the fixed held-out partition, and a reproducible environment specification. To protect proprietary geometry, the following are deliberately excluded and declared, the 4D thermal and stress tensors, the POD spatial modes, the nodal coordinates, and the finite-element mesh. No proprietary or client data are used.