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Santiago, Chile
MSc. Eng.
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His experience and areas of interests focus on conventional, thickened and filtered tailings storage facilities projects, heap leach, spent ore dumps and high-rise waste rock dumps.
Camilo has two master's degrees, from the Universidad Católica of Chile and Imperial College London, in numerical modelling and seismic geotechnical engineering applied to dynamic stress-strain finite element models and flow in partially saturated conditions, respectively.
Additionally, his experience includes the geotechnical characterization of sites participating in various field and laboratory campaigns, supervising sonic and diamond drilling, pit excavation, seismic geophysics, and laboratory tests for subsequent use of advanced constitutive models for numerical modeling.
Camilo has been a part-time lecturer at the Department of Structural and Geotechnical Engineering of the Universidad Católica of Chile, a geotechnical expert in legal arbitrations and has presented nearly 10 articles as the main author at conferences in Chile, the United States, Australia, Brazil, and Canada.
Seepage in tailings storage facilities (TSFs) is commonly assumed to occur under gravity flow and is usually determined for steady-state conditions. However, the stability of TSFs is highly influenced by the degree of saturation of the materials involved in these structures.
Ver MásIn Chile, the limit equilibrium analysis under pseudo-static conditions is compulsory according to the Supreme Decree 248 (DS248), which establishes a minimum factor of safety (FoS) of 1.2 for stability analysis.
Ver MásIn this paper, the CPT-based soil classification correlations proposed by Robertson (1990), Jefferies & Davies (1991), Eslami & Fellenius (1997), Shuttle & Cunning (2008), Robertson (2010), and Robertson (2016) are evaluated using real CPT data from copper mine tailings.
Ver MásThis paper summarizes several rounds of a comprehensive geotechnical characterization program performed to support the stability analyses of old tailings deposits during their exploitation.
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