Abstract
A reliable grout analysis is important for the improvement of the grouting technology. Clarifying difficulties in developing such an analysis method, this paper proposes the Monte-Carlo simulation of fracture networks (MSFN) and the real-time inversion analysis (RTIA); the MSFN predicts the spatial variation of Legion values and the RTIA evaluates the water channel conditions and the grout agent flow. Input parameters of these analysis methods are geological data which are usually surveyed, and require no special measurement. The rigorous formulation of the MSFN and RTIA together with the explanation of a rock mass model to which the analysis method is applied.
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