Data underlying the research into the role of fluids in assisting the healing process of micro-cracks in fault damage zones.

The objective of this research is to investigate the role of fluid migration in enhancing thermally-activated healing processes.The numerical model couples fluid flow, heat transfer, and crack healing to simulate the permeability reduction due to fluid assisted healing in a fault zone. The calculation file computes the time for healing of one crack based on different mechanisms: surface diffusion and precipitation-dissolution. The parameters used in the work are based on literature data cited in the corresponding submitted journal article.

本研究旨在探究流体运移在强化热活化修复过程中的作用机制。本数值模型耦合流体流动、传热与裂隙修复过程，用以模拟断层带内流体辅助修复引发的渗透率降低现象。该计算文件基于表面扩散与沉淀-溶解两种不同修复机制，计算单条裂隙的修复所需时长。本研究采用的各项参数均来自已投稿期刊论文中引用的公开文献数据。