Abstract: Pavement markings play an important role in the roadway system because they provide information for drivers to follow the road. Markings must be replaced when their retroreflectivity falls below an acceptable level. The ...

Abstract: Even though numerical procedures have been tremendously enhanced over the last years, analytical closed-form solutions are of special interest to water resources scientists. In general, these solutions are used to check ...

Abstract: Combining tomographical reconstructed volumes and direct pore-scale flow simulations has proven to be an efficient tool in modern soil sciences. The main objective of the present paper is to present an extensive study about ...

Abstract: The analysis of the geometry of porous media is an important aspect of modern soil sciences. This comes from the fact that not only experimental studies but also numerical simulations demand a considerable knowledge of the ...

Abstract: In modern geotechnical engineering, the study of the geometry of the porous matrix has been shown to be of fundamental importance. This emerges from the growing usage of numerical methods, which require a computational ...

Abstract: The role of statistical tools in the modeling of slope stability has been increasingly studied in the last decades. Mainly, this growth can be related to the availability of fast computational routines that enable ...

Abstract: Consolidation is one of the most important concepts in geotechnics. The pioneer ideas of both Terzaghi and Biot, and its attendant phenomena have been shown to be widely applicable to a wide variety of soils. However, when ...

Abstract: AbstractRecent advancements in deep learning have revolutionized constitutive model calibration in geotechnical engineering by automatically identifying complex patterns in high-dimensional data, enhancing accuracy, and ...