A platform for research: civil engineering, architecture and urbanism
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A dye tracer study in the lower Piscataqua River, New Hampshire, provided data for calibration of a two-dimensional finite element dispersion model. Approximately 50 pounds of Rhodamine WT dye was released at midchannel and continuous sampling transects were made over a single tidal cycle. Lateral and longitudinal dispersion coefficients were estimated from the measured dye concentration distribution. Recommendations are given regarding future modeling of this river reach.
A dye tracer study in the lower Piscataqua River, New Hampshire, provided data for calibration of a two-dimensional finite element dispersion model. Approximately 50 pounds of Rhodamine WT dye was released at midchannel and continuous sampling transects were made over a single tidal cycle. Lateral and longitudinal dispersion coefficients were estimated from the measured dye concentration distribution. Recommendations are given regarding future modeling of this river reach.
Dispersion Studies in the Piscataqua River
E. Schmidt (author)
1980
55 pages
Report
No indication
English
Piscataqua Bridge: Longest-Span Bridge in the United States, 1794-1812
| British Library Online Contents | 2014