Numerical simulation of groundwater flow in backfilled open-pits for BDZ deviation performance

This dataset contains simulated groundwater flow entering multiple backfilled open-pits with mine wastes (flowrate results) and some Python script to visualize the data.<br> The objective was to predict the blast damage zone (BDZ) created by mine excavation on the flowrate through the backfilled wastes.<br> Flowrates were obtained by 3D numerical simulation using PFLOTRAN finite volume code (www.pflotran.org).<br> Conceptual model of the BDZ and equivalent permeability was derived from Rousseau and Pabst (in press) and Mourzencko et al. (2012) (see https://hal.archives-ouvertes.fr/hal-01196684/file/mourzenko2012.pdf).<br> Number of cases simulated: 40500, with 40496 converged numerical simulations.<br> Calculated were performed using the High Performance Computing Ressource of Calcul Quebec (www.calculquebec.ca/) and Compute Canada (www.computecanada.ca/)本数据集包含模拟得到的、流入多个充填矿山废弃物的露天采坑的地下水流（含流量结果），以及用于可视化该数据的Python脚本。本数据集的研究目标为预测矿山开挖形成的爆破损伤区（blast damage zone，BDZ）对充填废弃物渗流流量的影响。流量数据通过采用PFLOTRAN有限体积求解器的三维数值模拟获取（详见www.pflotran.org）。爆破损伤区的概念模型与等效渗透系数参考自Rousseau与Pabst（待刊）以及Mourzencko等人（2012）的研究（详见https://hal.archives-ouvertes.fr/hal-01196684/file/mourzenko2012.pdf）。本次共模拟40500组工况，其中40496组数值模拟成功收敛。本计算工作依托魁北克计算中心（Calcul Quebec，www.calculquebec.ca/）与加拿大计算中心（Compute Canada，www.computecanada.ca/）的高性能计算资源完成。