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Field | Value |
Title | Comparative study of the deformation modulus of rock masses-a reply to the comments received from Gokceoglu (2018) |
Names |
PANTHEE, S
SINGH, PK KAINTHOLA, A DAS, R SINGH, TN |
Date Issued | 2018 (iso8601) |
Abstract | Availability of information on the deformation modulus in the initial stages of civil engineering projects related to near-surface or underground excavation is very important for design purposes. However, direct determination of the deformation modulus is a challenging task and a potentially costly one; therefore, several researchers have frequently used indirect methods to assess the deformation modulus. Of the significant number of empirical equations that can be found in literature, most are non-linear, which makes the deformation modulus a parameter that is very sensitive to the quality and types of data used. |
Genre | Editorial Material |
Topic | Deformationmodulus |
Identifier | BULLETIN OF ENGINEERING GEOLOGY AND THE ENVIRONMENT,77(2)763-766 |