Ground motion selection is a key part of seismic site response analysis, representing the ground shaking driving the soil column. In preparing for a site response analysis, engineers define the seismi...
Introduction: Unlocking Automation in Geotechnical Engineering As engineering projects continue to grow in scale and complexity, engineers increasingly rely on automation to improve efficiency, consis...
A three-dimensional PLAXIS finite element model has been used to verify and cross-check a two-dimensional design for geosynthetic-encased stone columns supporting a new roundabout on soft peat in Bava...
The magnitude 7.1 earthquake that struck Kyushu on July 28 has moved from the emergency phase into a difficult recovery phase, where damaged infrastructure, water shortages, aftershocks and extreme he...
A data-driven analysis of every paper accepted to the 21st International Conference on Soil Mechanics and Geotechnical Engineering finds a discipline consolidating around its traditional core — founda...
Explore geotechnical apps designed for educational purposes. Visit now!
A PLAXIS 2D dynamic finite element study of offshore monopile driving has found that excess pore pressure generated by hammer blows can reduce soil resistance to driving by up to 62%, a mechanism the...
When talking about heavy equipment, whether it be a skid steer or an excavator, most people correlate those machines with digging or moving earth. Most do not understand that a skid steer, backhoe, or...
Bringing high-resolution 3D data directly into underground excavation and rockfall analysisModern geotechnical projects increasingly rely on detailed field data to understand complex rock conditions....
When the Levee Digital Twin Platform launched for California's Yuba River Corridor earlier this year, it introduced engineers and asset managers to a browser-based, continuously updated model of two c...
A comparison of three liquefaction assessment methods for an offshore wind site has found that a fully coupled PLAXIS 2D dynamic analysis using the PM4Sand constitutive model predicted a critical liqu...
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A circular feature first noticed on Google Maps has led scientists to identify a previously unrecognised meteor impact structure in remote Quebec. The structure, now named Uhackatik, is reported in th...
The first day (4 hours) will be spent reviewing the theory behind SLOPE/W, setting up a stability analysis involving definition of materials, spatial functions and trial slip surfaces. Also more compl...
UC Berkeley faculty does it again! The "Geotechnical Earthquake Engineering" series is offered from September to November 2026 and consists of three short courses and focuses on key concepts and recen...
The analysis of retaining structures is commonly approached in three progressively more advanced levels, depending on the complexity of the wall system, the ground conditions, and the need to predict...
The Critical Role of Groundwater Water is the single most destructive element in retaining wall stability analysis. While designers account for the dry unit weight (γd) or saturated unit weight (γsa...
A cantilever sheet pile wall supporting a 3.5 m deep excavation in dry sand (γdry = 15.3 kN/m³, φ′ = 35°, c′ = 0) is to be constructed. Determine the required depth of embedment. 1. By using the...
A sheet pile wall is a line of interlocking thin wall elements driven into the ground to form a continuous barrier that can retain soil and/or water. Stability comes from penetration below the exc...
Design for a cantilever retaining wall supporting 3.0 m of dry sand backfill. The wall has a 3.20 m base (1.00 m toe, 1.90 m heel), a 0.30 m thick stem, and a 0.45 m thick footing; concrete unit wei...
The geotechnical stability of a retaining structure is assessed using limit equilibrium methods, which determine the ratio of available resisting forces/moments to the driving forces/moments. This ra...
Introduction to Lateral Earth Pressure Soil, unlike a true fluid, exhibits both density and internal friction (φ) and cohesion (c). Consequently, the pressure it exerts horizontally on a retaining s...
By Antonio Di somma, 30 Nov 2024
Evaluation of Groundnut Shell Ash (GSA) as a Sustainable Material for Soil Stabilization in Construction20 Nov 2024
simulation geogrid (geotextile)By Milad Sabouri, 02 Nov 2024
This fully updated second edition provides an introduction to geotechnical earthquake engineering for first-year graduate students in geotechnical or earthquake engineering graduate programs with a l...
This unique annual business directory is published by GeoWorld, the professional network for geotechnical engineers, which currently includes 37,000+ professionals and 1,000+ companies and organizatio...
This unique annual business directory is published by GeoWorld, the professional network for geotechnical engineers, which currently includes 40,500+ professionals and 1,100+ companies and organizatio...
