Reliability and Resilience — Essential Ingredients of Sustainable Geotechnics
Sustainability of a system is its ability to survive and retain its functionality over time. In very simple terms, sustainability deals with the capacities (resistances) and demands (loads)...

Strategies for Building and Sustaining a Successful Engineering and Consulting Company
This third article in the Business of Geotechnics series addresses stragegies for building and sustaining an engineering and consulting (E&C) company that employs geoprofessionals....

Managing Geotechnical Assets to Improve Highway System Performance
As geoprofessionals, we have a great opportunity to look at our work in new ways and to show its value to others. Highway agencies are looking to get the most from their assets and with...

Condition Indices, Performance Measures, and Managing Performance Data for Geotechnical Asset Management – Don't Get Buried!
Why don't transportation agency assets like pavements, bridges, and earthwork have a Check Engine light? Why can't you simply pull up the complete history and life cycle plan for them?...

Geo-Hubei 2014 244-255
Sustainable Civil Infrastructure, Innovative Technologies and Materials
Selected papers from the proceedings of the Geo-Hubei 2014 International Conference on Sustainable Civil Infrastructure, held in Yichang, Hubei, China, July 20-22, 2014. Sponsored by the...

Calculated Examples of Long-Span Bridge Response to Wind

Wind Damage in Hurricane Frederic

Tornado Wind Effects on the Grand Gulf Cooling Tower

The Transbay Transit Center: Breaking New Ground in Urban Geotechnics
A building boom centered around the construction of the new Transbay Transit Center (TTC) is transforming the South of Market neighborhood in downtown San Francisco, newly dubbed the Transbay...

2014 Geo-Congress Wrap-Up
A recap of the 2014 Geo-Congress in Atlanta, GA....

Geotechnical Reliability – Ten Unresolved Problems
Geotechnical engineering deals with a world in which assured solutions seldom apply, and in which the famed early practitioners spoke proudly of accommodating uncertainty and judgment....

Communicating Risk in Geotechnical Engineering Practice
Three project situations are articulated with specific emphasis on an element of uncertainty or risk unique to each....

The Best Surprise is No Surprise: The Geotechnical Engineer's Ethical Responsibility to Say No to Bidding
The subsurface characterization work that a geotechnical engineer must perform is critical to the success of every project that requires the cooperation of the ground, regardless of whether...

Geo-Legends: Robert M. Koerner, PhD, PE, D.GE, NAE, Dist.M.ASCE

Geotechnical IT Revolution: Intelligent Compaction and Beyond
The explosion of innovative developments in the IT industry is making many of us geotechnical engineers green with envy. We want some new technology, too! Luckily, advances in sensors...

Geo-Legends: James K. Mitchell, ScD, PE, NAE, Dist.M.ASCE

Geotechnical Design Over Karst. It's All About the Water
Karst is a type of topography which is formed over soluble rocks, such as limestone, dolomite, or gypsum. An irregular bedrock surface is typical of most karst areas, along with sinkholes,...

Sudoku and Geotechnical Solutions: Lessons from a Parallel Universe of Limited Data
Geotechnical engineering relies on data to reduce risk. We infer, interpolate, and extrapolate based on often limited data with time and cost constraints also at work. Similarly, solving...

Environmentally 'Clean' Research Station Planned for Greenland

From Casagrande's 'Calculated Risk' to Reliability-Based Design in Foundation Engineering: The 6th Arthur Casagrande Memorial Lecture

 

 

 

 

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