<p dir="ltr"><b>Dataset and Source Code for "Dual Reciprocity Boundary Element Analysis of Nonlinear Phase-Change Bioheat Transfer in Cryosurgery: Formulation and Annular Benchmarking"</b></p>

For the baseline prescribed cryoprobe temperature of <b>−120 °C</b> at <b>600 s</b>, the reported radii of the <b>−40 °C, −20 °C, and 0 °C isotherms</b> are approximately <b>4.599 mm, 5.859 mm, and 7.586 mm</b>, respectively. These quantities are numerical benchmark values and are not presented as patient-specific clinical predictions. final paper with authors details</p><p dir="ltr">The accompanying reproducibility package contains manuscript-derived benchmark data, thermophysical parameters, steady-verification metrics, cryoprobe-temperature and time-step datasets, original manuscript figures, deterministic reconstructed collocation coordinates, Python and MATLAB reference utilities, analytical annular verification routines, constitutive-model functions, DRBEM interpolation/operator utilities, automated validation tests, regenerated reference plots, provenance documentation, citation metadata, and package manifests.</p><p dir="ltr">Because the original executable prototype solver, complete collocation coordinates, exact solver tolerances, iteration histories, conditioning diagnostics, and raw numerical field arrays were not contained in the supplied manuscript materials, reconstructed assets in this repository are explicitly labeled as such and are not represented as the original author-generated raw data. final paper with authors details</p><p dir="ltr"><b>Purpose of the deposit:</b> to support transparency, reproducibility, independent verification, and future extension of the DRBEM framework to more rigorous transient, freeze-thaw, adaptive, non-axisymmetric, multi-probe, and comparative computational studies.</p>