Monitoring Requirements, Limitations and Applications

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Authors: Chris Audigé, Alex Sais, Geoff Beale, Sharla Coetsee, Niccolo Coli, Davide Colombo, Ashley Creighton, Jan deBeer, Phil de Graaf, Phil Dight, Erik Eberhardt, Chris Fagan
+21 more Giacomo Falorni, Emrich Hamman, Ben Haugen, P. Mark Hawley, Graham Hunter, Jon Leighton, Lorenzo Leoni, Naani Mphathiwa, Leon Nel, David A. Noon, Verne Pere, Alex Pienaar, Cliff Preston, Orapeleng Randall, Nick D. Rose, David W. Rutledge, Peter Saunders, Eric Schwarz, Robert Sharon, Peter Stacey, Fanie Wessels
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Abstract

This chapter describes how to integrate the instrumentation presented in Chapter 3 into a reliable and practical performance monitoring system. Slope monitoring is not merely the selection and installation of instruments, but a comprehensive step-by-step engineering process beginning with a defined objective and ending with data interpretation, results reporting, and taking appropriate actions. The goal of a comprehensive performance monitoring program is to achieve mine stability verification as a significant component of the operation’s geotechnical risk management process, as illustrated in Fig. 4.1 . Planning the monitoring program should be logical and comprehensive, as the measurement problem may require several different instrument types that collect information across a range of varying scales, from a single tension crack to the entire pit slope and adjacent infrastructure. Furthermore, because of physical limitations and economic constraints, not all parameters can be measured with equal ease and success.

Fields of Study & Subjects

Geotechnical and Mining Engineering Geotechnical Engineering and Analysis Geomechanics and Mining Engineering

Publication details

Journal / source
CRC Press eBooks
Pages
77–130
Publication date
15 January 2026
Language
EN
Document type
Book chapter