Abstract
Models are widely used in all sciences to simplify the most complex problems in reality, allow a representation....
Highlights
Models are widely used in all sciences to simplify the most complex problems in reality, allow a representation of the behavior of a system and acquire great relevance in Geological Engineering
The lithology code is represented in 3D for each drilling well with the well identifier (HOLE-ID) (Figure 8)
The soils of the central zone of Caimanera are mainly composed of silty sand, silty clays, clay sand fill and organic silt
Summary
Models are widely used in all sciences to simplify the most complex problems in reality, allow a representation of the behavior of a system and acquire great relevance in Geological Engineering. Within this discipline, three basic types of models can be distinguished, which are: the geological model, which represents the spatial distribution of materials, tectonic accidents, hydrological, geomorphological characteristics, etc, the geomechanical model, in which the geotechnical and hydrogeological characteristics of the materials are differentiated; and the geotechnical model of behavior, which represents the response of the terrain during and after the construction of the engineering works that affect the study area [1]. MGGs have evolved in parallel with computer-assisted techniques, from
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