WebJan 7, 2016 · It was used to model the large deformations produced in the run-out of the Bingham Canyon mine pit wall slides to quantify the run-out displacements, the energy release, and the maximum... WebApr 15, 2013 · So the market should not have been at all surprised to hear of last week’s pit wall failure at Rio Tinto’s Bingham Canyon mine in Utah. Likewise, it was true to form for the copper market that Rio’s latest update on the situation warned that the likely impact on production will be “worse than expected” .
GeoSights: A View of the World’s Deepest Pit – Bingham Canyon …
WebThe headwall of Bingham’s Manefay slides was 1,150 feet high, and the slide was 9,840 feet long with a total drop of about 2,975 feet. The slides failed mainly along the Manefay series beds at the base of the Upper … WebDec 1, 2024 · A 610-m-high portion of the South Wall of the Bingham Canyon open pit has experienced slow-moving slope deformations several times during spring melt until the … importance sampling theory
Drone footage of the 31 May 2024 landslide at Bingham …
WebJul 28, 2024 · Landslide at Bingham Canyon - Salt Lake City, Utah. . The video starts with the rear scarps of the slide block clearly defined. At Bingham Canyon there is a sophisticated monitoring programme for the … WebFeb 20, 2024 · Analysis of photos and topographic data reveals that the Bingham Canyon rock avalanches initiated as sliding-mode failures on a highly persistent basal fault (locally known as the Manefay fault). Images … WebBingham Canyon uses GroundProbe and IBIS slope-stability radars, extensometers, robotic theodolites, time-domain reflectometry and microseismic monitoring, all of which feed data to the mine’s geotechnical department to help improve understanding of how the pit walls are reacting to continuing excavation of ore and waste rock. importance simulation in project management