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Characterization of the Structural Behavior of Rock Masses. Volume I
A characterization of the structural properties of rock masses was developed based upon a representative volume that captures the most important mechanisms of rock behavior, including variability of properties within the rock mass, planes of weakness orthotropy, strength criteria, and post-failure behavior. It predicts structural behavior over the range of strees/strain histories experienced by mine structures in a plane strain state. It is composed of particles accounting for the variability of the rock mass. Each particle may represent particular directions and intensities of weaknesses, material orthotropy, failure criteria, and post-failure behavior. The characterization development, resulting computer subroutines and predictions of rock behavior with the rock mass model are presented in Volume 1.
Characterization of the Structural Behavior of Rock Masses. Volume I
A characterization of the structural properties of rock masses was developed based upon a representative volume that captures the most important mechanisms of rock behavior, including variability of properties within the rock mass, planes of weakness orthotropy, strength criteria, and post-failure behavior. It predicts structural behavior over the range of strees/strain histories experienced by mine structures in a plane strain state. It is composed of particles accounting for the variability of the rock mass. Each particle may represent particular directions and intensities of weaknesses, material orthotropy, failure criteria, and post-failure behavior. The characterization development, resulting computer subroutines and predictions of rock behavior with the rock mass model are presented in Volume 1.
Characterization of the Structural Behavior of Rock Masses. Volume I
L. R. Herrmann (author) / M. A. Taylor (author)
1974
150 pages
Report
No indication
English
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