THE FOUNDATION OF YOUR SUCCESS.

 

GEOTECHNICAL

As communities grow, the infrastructure that serves the public also is continuously changing and evolving. With this change come challenges that require a team that is integrated and capable of responding to the challenges. Albert Einstein once said that “scientists investigate that which already is; engineers create that which has never been.”

An engineering marvel is only as good as the foundation it rests on. Although engineering is a science, geotechnical engineering is an art. It requires a deeper, geological, historical look at the studied site and its surrounding area in order to develop a thorough understanding of likely subsurface conditions, allowing for the consideration of geotechnical risks and opportunities in the design.

McClure’s integrated geotechnical design team assists our internal and external private and public clients in analyzing geotechnical needs and providing technical assistance throughout the project development cycle from concept through commission. The geotechnical engineering team at McClure in can provide the following services.

WHERE WE MAKE AN

 

IMPACT

 

  • 2D Engineering Drawings
  • 3D Modeling, Visualization
  • Plan and Supervise Subsurface Investigations
  • Plan Geophysical Surveys
  • Preparation of Geological Profiles
  • Geotechnical Interpretative Reports (GIR)
  • Design of Shallow Foundations
  • Design of Deep Foundations (Piles/Drilled Shafts)
  • Design of Ground Improvement
  • Design of Geotechnical Instrumentation and Monitoring Scheme for deep excavations, slopes, tunnels, ground improvement works
  • Peer Review of Geotechnical Designs, Reports
  • Forensic analysis, construction claims review and support
  • Finite Element Analysis using Mohr-Coulomb, Hardening Soil Models
  • Slope Stability Analysis
  • Analysis of Deep Excavation Support Scheme using Secant Piles, Contiguous Bored Piles, Diaphragm Walls, Struts and Ground Anchors
  • Seepage Analysis
  • Analysis of Cut and Cover Structures
  • Potential Damage Assessment to Existing Buildings, Structures in proximity of Excavations, Tunnels
  • Design of MSE walls, Cantilever and gravity walls, sheet pile and soldier pile and lagging walls
  • Drilled Shaft Inspection
  • Pile Driving Inspection, Wave Equation Analyses
  • Review and Analyze Instrumentation Data

IMPACT

 

  • 2D Engineering Drawings
  • 3D Modeling, Visualization
  • Plan and Supervise Subsurface Investigations
  • Plan Geophysical Surveys
  • Preparation of Geological Profiles
  • Geotechnical Interpretative Reports (GIR)
  • Design of Shallow Foundations
  • Design of Deep Foundations (Piles/Drilled Shafts)
  • Design of Ground Improvement
  • Design of Geotechnical Instrumentation and Monitoring Scheme for deep excavations, slopes, tunnels, ground improvement works
  • Peer Review of Geotechnical Designs, Reports
  • Forensic analysis, construction claims review and support
  • Finite Element Analysis using Mohr-Coulomb, Hardening Soil Models
  • Slope Stability Analysis
  • Analysis of Deep Excavation Support Scheme using Secant Piles, Contiguous Bored Piles, Diaphragm Walls, Struts and Ground Anchors
  • Seepage Analysis
  • Analysis of Cut and Cover Structures
  • Potential Damage Assessment to Existing Buildings, Structures in proximity of Excavations, Tunnels
  • Design of MSE walls, Cantilever and gravity walls, sheet pile and soldier pile and lagging walls
  • Drilled Shaft Inspection
  • Pile Driving Inspection, Wave Equation Analyses
  • Review and Analyze Instrumentation Data