首页|期刊导航|Rock Mechanics Bulletin|Enhancing production rates at El Teniente''''s black cave mine through optimizing HF hole distribution using discrete fracture network modeling and geostatistical simulation methods
Enhancing production rates at El Teniente''''s black cave mine through optimizing HF hole distribution using discrete fracture network modeling and geostatistical simulation methods
Amin Hekmatnejad Fernando Manscilla Paulina Schachter Pengzhi Pan Ehsan Mohtarami Alvaro Pena Abbas Taheri Benoit Crespin Francisco Moreno Roberto Gonzales
Rock Mechanics Bulletin2025,Vol.4Issue(2):P.29-43,15.
Rock Mechanics Bulletin2025,Vol.4Issue(2):P.29-43,15.DOI:10.1016/j.rockmb.2024.100165
Enhancing production rates at El Teniente''''s black cave mine through optimizing HF hole distribution using discrete fracture network modeling and geostatistical simulation methods
摘要
关键词
hydraulic fracturing/discrete fracture network dfn modeling/discrete fracture network modeling/rock fragmentation/copper molybdenum deposit/hydraulic fracturing hf holes spatial/hang up events/geostatistical simulation分类
矿业与冶金引用本文复制引用
Amin Hekmatnejad,Fernando Manscilla,Paulina Schachter,Pengzhi Pan,Ehsan Mohtarami,Alvaro Pena,Abbas Taheri,Benoit Crespin,Francisco Moreno,Roberto Gonzales..Enhancing production rates at El Teniente''''s black cave mine through optimizing HF hole distribution using discrete fracture network modeling and geostatistical simulation methods[J].Rock Mechanics Bulletin,2025,4(2):P.29-43,15.基金项目
funding of the Agencia Nacional de Investigacion y 761 Desarrollo(ANID),through grant project of Fondecyt Iniciacion No.11221093 (ANID)
Basal Grants Center for Modeling ACE210010 and FB210005. ()