The term "mine excavation" is correct and usable in written English.
You can use it to refer to the digging of a mine or mines for the purpose of extracting natural resources. For example: "The mine excavation created a large, deep hole in the ground."
In addition, stope (underground mine excavation or cavity) backfilling can be carried out in many ways and thus affects the consolidation behavior of CPB (Cui and Fall 2016c).
The prediction of water inflows into a surface mine excavation is one of the many components involved in mine design phase.
In this paper, a generic model is proposed to estimate water and energy requirement for pumping in an opencast mine based on the mine excavation characteristics.
It may be productive for future research to focus on later development of this region including cabin sites and serious mine excavation and investment.
The backfilling of underground stopes in mines has become common practice in the mining industry as it increases the stability of mine excavations and reduces environmental problems.
The occurrence of rockburst and mining tremors results from changes in the stress field in the rock mass in proximity of mine excavations (Orlecka-Sikora 2009).
Attentions are paid to studying the influence of different mine excavations and geological structures on wavefields and ground motions near excavation boundaries.
The simulation results show that the wavefields and the ground motion distributions become more complicated as more mine excavations and geological structures are involved.
In underground metal mining various type of rocks are encountered during mine excavations viz., competent, heavily fractured, weathered, heavily jointed etc. and accordingly suitable support systems and strata control measures are adopted.
The practical application regards the present flooding of the Meirama open pit, a quite deep coal mining excavation, with freshwater coming from the upper Meirama sub-basin, in the context of the water resources fate and use at the Barcés river catchment (∼87.9 km2), Coruña, Spain.
Sulphides often constitute a risk to groundwater quality due to acid rock drainage, especially in catchments that are subject to mining excavations or groundwater injection.
