Geotechnical Engineering.
From standard penetration tests to 2D and 3D finite element analysis in Midas GTS NX — subsurface investigation and foundation design rooted in 23 years of Hampton Roads experience.
- Standard Penetration Test (SPT) Borings
- Cone Penetration Test (CPT) Soundings
- Shear Wave Velocity Testing
- Dilatometer (DMT) Probes
- Dynamic Cone Penetration (DCP)
- Field Permeability — Precision Permeameter
- Hand Augers & Test Pit Exploration
- Well Installation
- Commercial, Institutional & Residential Development
- Power Plants & Substations
- Water Treatment Plants & Dams
- Landfill Sites
- Retaining Walls & Earth Retention
- Pond & Landfill Liner Design
- 2D & 3D FEA — Midas GTS NX
- Foundation Design Recommendations
- Pile Design — Compression, Tension & Lateral Capacities
- Test Pile Programs — Pile Load & PDA Tests
- Ground Improvement by Surcharging of Subsurface Soils
- Settlement Analysis
- Establish Seasonal High/Low Groundwater
- Assessment of Borrow Materials
- Suitability & Availability of Onsite and Borrow Materials
- Slope Stability Analysis
- Retaining Walls — Geotextile Fabric & Geogrid Products
- Corridor & Preliminary Studies
- Economic Evaluation of Alternatives
- Seasonal High Groundwater Estimate
- Embankment Studies — Design & Construction
- Pavement Study
- Muck / Soft Soil Studies
- Design with Geotextile & Geogrid Engineered Products
- Shallow & Deep Foundation Design Recommendations
- Lateral Stability of Deep Foundations
- Negative Skin Friction (Downdrag)
- Pile Design — Compression, Tension & Lateral Capacities
- Failure Analysis, Remediation & Recommendations
- Soil Cement / Lime Stabilization Studies
- Light, Heavy-Duty & Rigid Pavement Design — AASHTO & VDOT
- Value Engineering & Specifications Review
- Qualifications of Materials
Have a geotechnical scope to discuss?
Talk to our PE team