There are total of four analyses in the GeoStudio Project (Figure 2). Analysis #1 models the groundwater flow conditions presented in Figure 1 and forms the Parent for the stability …

The reader should review the GeoStudio file for details on the problem definition. The soil is assumed to be silty sand and is defined using a full-thermal constitutive model.

1. IDs >> 2. Licenses >>3. Software>> 4. Done We recommend you stay updated to the latest version of GeoStudio for access to the latest features and fixes. Download GeoStudio updates …

This analysis method allows a user defined constant stress field (see Define Field Stresses in the GeoStudio menu) to be applied to the model. Field stresses are applied to the model through …

Multiple analyses on the same geometry can be done quite easily with GeoStudio. In this example, a total of 6 analyses were created to model the above 6 cases. Figures 2 to 7 …

In light of the importance of the San Fernando Dam case history and its prominence in the literature, it is important to show how GeoStudio, and in particular QUAKE/W, can be used to …

Numerical Simulation comprises a simple homogeneous dam with a toe under-drain. The GeoStudio Project includes a steady-state SEEP/W analysis and two slope stability analyses …

Figure 3. Example configuration. alyses in the GeoStudio project (Figure 4). The first analysis is used to establish e factor of safety under static conditions ( h ) of 0.05, 0.10 and 0.15, …

The analysis of the Lavender MRT case study demonstrates that GeoStudio can be used to model the behavior of deep shored excavations in soft ground. More importantly, the case …

Figure 2. Analysis Tree for the GeoStudio Project. Figure 3. Physics tab for the CTRAN/W analyses. g/m3 are applied to the top/bottom and left/right boundaries, respectively. The initial …