Subsurface
Isatis.neo
25 June 2026
Subsurface
Maxwell GeoSystems is a software company that develops a platform dedicated to construction data management, display, and interpretation. As a data specialist, Maxwell GeoSystems’ mission is to give their clients the best interpretation of their data to reduce risk and improve construction performance. They recently integrated geostatistics with Isatis.neo in their modeling process to quantify […]
Subsurface
Isatis.neo
25 June 2026
Subsurface
To test the relevance of the geostatistical approach in the field of geotechnics, Eiffage Génie Civil Marine, a specialist in the construction of major port and maritime projects, asked Geovariances to produce a subsurface model for an existing project to compare with the model generated using their usual tools. The results proved more than convincing. […]
Subsurface
Isatis.neo
Tech Paper
21 May 2026
Subsurface
This technical paper presents a probabilistic geostatistical approach for predicting offshore windfarm ground conditions using geophysical data and limited direct investigations. Through geostatistical co-simulation, predicted cone penetration tests...
Subsurface
Isatis.neo
Tech Paper
18 November 2025
Subsurface
This technical paper presents an integrated stochastic workflow for frontier petroleum exploration, combining geostatistical methods such as Bayesian kriging with external drift and multiple-realization simulation. The approach generates...
Subsurface
Isatis.neo
Tech Paper
10 September 2025
Subsurface
This technical paper compares ordinary and universal kriging for mapping the May 2021 Water Elevation Surface in California using measurements from 160 piezometers. The study addresses non-stationarity, zonal...
Subsurface
Isatis.neo
Tech Paper
15 November 2024
Subsurface
This technical paper compares ordinary and universal kriging for mapping the May 2021 Water Elevation Surface in California using measurements from 160 piezometers. The study addresses non-stationarity, zonal...
Subsurface
Isatis.neo
Tech Paper
29 March 2024
Subsurface
This technical paper presents a geostatistical approach for assessing liquefiable soil volumes before construction on a nuclear site located on dense tertiary sands with potential loose lenses. Using...