MATLAB Code for Accelerated Lifetime Prediction of Oil-Aged 3D-Printed Dual-Curable Silica/XSBR Rubber Composites

This code-only record provides the MATLAB implementation used for accelerated lifetime prediction of oil-aged, 3D-printed dual-curable silica/XSBR rubber composites. The workflow fits reference-temperature response data with a power-law model, estimates a temperature acceleration factor by horizontal time shifting and pooled profile fitting, and predicts times to specified response thresholds. Both a deterministic bounded optimizer and a fixed-seed Artificial Bee Colony implementation are provided, together with input validation, diagnostic plotting, run-manifest generation, and synthetic numerical tests. Experimental raw data, spreadsheets, precomputed results, and manuscript figures are intentionally excluded from this repository.