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Investigating the impact of the estimation error of fracture intensity (P32) on the evaluation of in-situ rock fragmentation and potential of blocks forming around tunnels

Amin Hekmatnejad, Benoît Crespin, Alvaro Opazo, Xavier Emery, Nancy Hitschfeld, Davide Elmo

2020Tunnelling and Underground Space Technology19 citationsDOI

Topics & Concepts

Discontinuity (linguistics)Fragmentation (computing)In situIntensity (physics)Fracture (geology)AlgorithmComputer scienceMechanicsGeologyBiological systemGeotechnical engineeringSimulationMathematicsChemistryMathematical analysisPhysicsOrganic chemistryOperating systemQuantum mechanicsBiologyRock Mechanics and ModelingLandslides and related hazardsGeotechnical Engineering and Analysis
Investigating the impact of the estimation error of fracture intensity (P32) on the evaluation of in-situ rock fragmentation and potential of blocks forming around tunnels | Litcius