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Geotechnical Engineering and Judgment in the Information Age

Improved Soil Property Classification Through Automated Triaxial Stress Path Testing

Application of Automated Laboratory Tests to Minnesota D.O.T. Highway

Automated Collection of Instrumentation Data

Role of Performance Monitoring for Construction of
Transportation Facilities in Urban Areas

Advances and Retreats in Geotechnical Measurements

Analyzing Permanent Drift Due to Cyclic Loads

Criteria for Settlement of Tanks

Data Acquisition and Management for Geotechnical Instrumentation on the Central Artery Tunnel Project

Dealing with the Vibration and Noise of Pile Driving

Effective Uses of Finite Element Analysis in Geotechnical Engineering

Experiences with Automated Geotechnical Testing

A Fully Automated Computer Controlled Resilient Modulus Testing System 

Interface and Internal Shear Testing Procedures to Obtain Peak and Residual Values

Interface and Internal Shear Testing Procedures to Obtain Peak and Residual Values

Key Features of the Geotechnical Safety Programme for the Amuay Cliffside

Lessons Learned From the Failure of a GCL/Geomembrane Barrier on a Side Slope Landfill Cover

Managing Large Amounts of Geotechnical Performance Data for the Central Artery/Tunnel Project

Permanent Displacement of Sand with Cyclic Loading

Permanent Displacements Due to a Cyclic Wave Loading

Safety of a Constructed Facility: Geotechnical Aspects

Stress Path Method: Second Edition

Survey of Automation Practices in Geotechnical Laboratories

Use of a Stabilized PCS for a Landfill Cap

Uses of Automated Geotechnical Instrumentation Systems

Web-Based Monitoring of Vibrations

Why Monitor Geotechnical Performance?