Researchers from Canada and Germany examines dataset composition and weighting strategies for automatic calibration of the SANISAND-F model using an extensive set of element tests on a low-plasticity silty sand tailings
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Team from @WuHanUniv and @CQU1929 proposes a novel orthotropic OSB-PD constitutive model by establishing an orientation-angle-aware energy density approach that incorporates a periodic function accurately capturing crack initiation and propagation
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Researchers from UK and China present the use of an innovative site investigation tool, ROBOCONE, for in-situ determination of undrained elastic shear modulus.
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Team from Brazil and the Netherlands propose a graph-based algorithm for the Continuous-Projection Embedded Discrete Fracture Model to simulate two-phase flows in naturally fractured porous media using the MPFA-D method on general unstructured meshes.
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Researchers from @GeorgiaTech and @UW present a comprehensive assessment of explicit and implicit implementations of the ACST-based bounding surface model, SANISAND-F.
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Team from @CAS__Science performed high-fidelity digital modeling and comparative morphological analysis of Chang’E-5 and Chang’E-6 lunar grains.
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We could like to take this chance to thank all of the reviewers for COGE, who have continuously given us great support. Congratulations to the 2025 Top Reviewers!
Team from @TAMU and Brazil present a new computational framework that extends the Mesh Fragmentation Technique (MFT) to incorporate a coupled damage-healing constitutive model for cracking and healing behavior of clays. sciencedirect.com/science/ar…
Researchers from @EPFL propose a multiphysical modelling approach to injection strategies for homogeneous soil bio-improvement. sciencedirect.com/science/ar…
Team from University of Technology Sydney presents a novel and effective geotechnical rheological model adopting a viscoelastoplastic constitutive approach for evaluating the vertical and lateral responses of an integrated track-bridge system. sciencedirect.com/science/ar…
Group from China presents a high-performance MPM–DEM simulation framework based entirely on CUDA, offering a unified GPU-accelerated computational environment tailored for simulating large-scale, complex soil–multibody interaction problems.
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Researchers from @DurhamU34989 propose an interpolation and remesh based large deformation finite element method considering soil spatial variability.
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Collaborative team from UK, Italy, and China presents a novel model for simulating double-twisted hexagonal wire meshes, commonly used in both active and passive rockfall barriers.
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Team from China reveal following initial anchor failure, platform displacement in shared-anchor wind farm decreases by 80% relative to conventional floating wind farms using strengthened chains.
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Researchers from Australia and Germany evaluate soil mechanisms underpinning resistance against vibro-driving in sand by performing large deformation numerical analyses of displacement-controlled vibro-driving of monopiles. sciencedirect.com/science/ar…
Global collaborative team review the application of AI in geotechnical engineering, aiming develop a shared understanding of the state of the art of AI in geotechnics and to explore future developments.
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Researchers from Austrailia employ smoothed particle hydrodynamics (SPH) in conjunction with an advanced unsaturated constitutive model to investigate the effects of void ratio dependence and variability on rainfall-induced unsaturated slope failure. sciencedirect.com/science/ar…