NewsBriefs: Physicists Announce, Retract News of Faster-Than-Light Particle (The Washington Post and Wired)
NewsBriefs: Magnetic, Luminescent Nanoparticles Developed (University of California at Davis)
Laboratory Modeling of Vibro-Driven Piles
NewsBriefs: Nanoparticles May Treat Groundwater (Lehigh University)
Impact of Chemically-Induced Clay Transport and Deposition on the Hydraulic Conductivity of a Natural Sand
The purpose of this paper is to understand in part the dynamic impact of surfactants on hydraulic conductivity for designing enhanced pump and treat operations. This paper has two aims:...
Nanotechnology Takes Roots
Nanoscale particles of zero-valent iron with a trace of noble metal catalyst are punching well above their weight in the area of environmental remediation. Their ability to destroy a wide...
Technology: Nanoparticles Help Cut Groundwater Cleanup Costs
Great Excavations
By any definition, the scale of the underground caverns being excavated near Geneva at the particle physics center run by the Conseil Europ�en pour la Recherche Nucl�aire (CERN)�the European...
Riprap Particle Stability by Moment Analysis
Rapid and Complete Transformation of Chlorinated Solvents with Nanoscale Iron (Fe) and Iron/Palladium (Fe/Pd) Particles in Sediment-Water Slurries
Seismic Analyses of a Linear Accelerator Concrete Tunnel
Effect of Dissolved Solids on Freeze-Thaw Conditioning
Modeling River Ice Using Discrete Particle Simulation
Conformity Perils, Pitfalls, and Promises: The San Joaquin Valley Experience
Surf Zone Velocity Field Measurements Using Digital Particle Image Velocitmetry (DPIV)
Imaging Technologies
Techniques and Applications in Civil Engineering
This proceedings includes the papers submitted to the Second International Conference on Imaging Technologies: Techniques and Applications in Civil Engineering sponsored by the Engineering...
Evaluation of a Conventional Drinking Water Treatment Facility Using Particle Size Distributions
A Particle Method for Sediment Transport Modeling in the Jade Estuary
An Eulerian-Lagrangian Particle Dispersion Modeling for Surface Heat Transport
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