Our Services
GR8 GEO engineers provide advanced engineering solutions for projects spanning a wide range of markets.
Our engineers develop solutions for our clients’ most challenging projects.
We adopt a client-focused approach tailored to the unique needs of each project and client.
> Site Characterization
We integrate and interpret data collected from various site investigations to develop comprehensive 2D & 3D models of subsurface stratigraphy, evaluate potential geohazards and develop idealized properties for use in analyses and design.
● Design and Supervision of Site Investigation Program
● Design and Interpretation of Laboratory Testing Program
● Integrated Site Characterization
after Tasiopoulou et al (2018)
after Tasiopoulou et al (2018)
after Tasiopoulou et al (2018)
> Numerical Analyses
We routinely perform advanced numerical analyses to identify critical failure mechanisms in complex problems and design mitigation solutions, reduce conservatisms inherent in simplified state-of-practice approaches, optimize design and reduce costs for our clients.
● Modeling of Geotechnical and Structural Systems
● Static and Dynamic Analyses
● Advanced Soil Constitutive Models
● Soil-Foundation-Structure Interaction
after Tasiopoulou et al (2018)
> Geotechnical Design
We support our clients throughout all stages of a project from development of innovative concepts during Tender or early design stages all the way to the development of drawings, specifications during final design and construction.
● Concept, Preliminary and Detailed Design
● Performance-Based approaches to choose and
optimize solutions
● Development of Plans and Specifications
● Establishing and evaluating Construction Sequence
● Evaluating and optimizing Ground Improvement
requirements
> Earthquake Engineering
Our earthquake expertise spans a wide range of services ranging from the development of site-specific ground motions to reduce uncertainty and establish a reliable design basis all the way to performance of advanced, state-of-the art dynamic analyses to develop reliable designs
● Probabilistic Seismic Hazard Analyses
● Time History Development
● Site Response Analyses
● Fault Displacement Hazard Analyses
● Risk and Vulnerability Assessment
● Liquefaction Evaluations
● Dynamic Slope Stability Evaluations
● Soil-Structure Interaction Analyses
after Giannakou and Chacko (2013)
after Tasiopoulou et al (2018)
