Numerical Modeling Of Large-Scale Block Cave Physical Models Using PFC2D (c0e58485-3c95-40a0-aa3d-2ddf7d53ec9c)

Society for Mining, Metallurgy & Exploration
R. L. McNearny
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
5
File Size:
416 KB
Publication Date:
Jan 1, 1997

Abstract

A comparison study was conducted between an actual physical model and a numerical model based on the physical model of the block cave mining method. Results from the numerical analyses closely simulated the blocky behavior of the physical models, including bridging and interlocking of the simulated orebody during draw. The draw-down patterns and the rate of draw developed during numerical modeling also closely simulated the physical models. An unexpected result from the numerical modeling was the development of a zone of downward deflection which preceded the development of the zone of material movement.
Citation

APA: R. L. McNearny  (1997)  Numerical Modeling Of Large-Scale Block Cave Physical Models Using PFC2D (c0e58485-3c95-40a0-aa3d-2ddf7d53ec9c)

MLA: R. L. McNearny Numerical Modeling Of Large-Scale Block Cave Physical Models Using PFC2D (c0e58485-3c95-40a0-aa3d-2ddf7d53ec9c). Society for Mining, Metallurgy & Exploration, 1997.

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