Discontinuous stress analysis models offer a powerful means to study the deformation compatibility of reinforcing elements that cross both existing and new fractures in deforming rock masses. This paper makes the case that there are considerable advantages in undertaking a series of analytical simulations of the anticipated behavior of reinforcement elements prior to the construction of discontinuous stress analysis models. A series of tools have been presented that can be used to capture the behavior of reinforcement elements under different strains. The applicability of these tools is illustrated in case study where a cable bolt intersects a series of fractures.
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