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TBM Digital Twins in Tunneling: A New Era for Real-Time Performance Control
Mechanized tunneling has long relied on the collection of vast amounts of operational and geotechnical data, but until recently, this information remained fragmented—distributed across TBM logs, monitoring reports, and design models. The emergence of Digital Twins marks a shift from simple data acquisition to data intelligence , creating a real-time virtual counterpart of the tunnel that evolves in synchrony with the excavation process. In this context, the digital twin inte
SAALG GEOMECHANICS
Oct 20, 2025


Automating Geological Logging: Transforming PDFs and CSVs into Digital Ground Models with DAARWIN
In geotechnical engineering, data quality governs design reliability. The ground model is not a report — it is the analytical foundation upon which every parameter, simulation, and decision depends. Yet, while computational modeling has evolved rapidly, data management often remains anchored in fragmented, manual processes. Despite the widespread use of numerical tools, engineers still spend extensive time processing borehole logs, laboratory results, and monitoring data deli
SAALG GEOMECHANICS
Oct 16, 2025


Case Study: Real-Time PLAXIS Calibration for a Deep Excavation in High-Speed Rail with DAARWIN
This case study presents the application of DAARWIN , a cloud-based geotechnical platform, to perform real-time calibration of a PLAXIS numerical model during the excavation of a deep retained cutting for a high-speed rail project. The goal was to enhance confidence in design parameters, optimise temporary works, and implement the Observational Method at full operational scale. Project Overview The case focuses on a deep retained excavation forming part of a high-speed r
SAALG GEOMECHANICS
Oct 14, 2025


Can Machine Learning and Data Consistency Redefine Efficiency in Geotechnical Engineering?
Efficiency in geotechnical engineering is no longer defined by the speed of simulations but by the quality and consistency of the data behind them. While engineers have long debated which constitutive model, Mohr-Coulomb, Hardening Soil or others, best captures ground behavior, the real differentiator is not the model itself but the reliability of the parameters that feed it. In this context, DAARWIN, an intelligent engineering software for geotechnical analysis, transforms t
SAALG GEOMECHANICS
Oct 9, 2025


AI in Civil Engineering: Trends of 2025
Civil engineering, one of the oldest disciplines of applied science, is undergoing a paradigm shift. The convergence of artificial...
SAALG GEOMECHANICS
Oct 7, 2025


Engineering Innovation in Soil Behaviour Modelling: How DAARWIN Transforms PLAXIS Simulations
Understanding soil behaviour has always been one of the greatest challenges in geotechnical engineering. Ground conditions are inherently...
SAALG GEOMECHANICS
Oct 2, 2025


Smart Highways Begin with Smart Data: How U.S. and Canadian DOTs Can Transform Geotechnical Reports
The Challenge of Legacy Geotechnical Reports Highways across the United States and Canada depend on thousands of geotechnical...
SAALG GEOMECHANICS
Sep 23, 2025






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