A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Relationship of geophysical measurements to engineering and construction parameters in straight creek tunnel pilot bore, Colorado
Seismic-refraction and electrical-resistivity measurements made along walls of pilot bore indicate that both low-velocity and high-resistivity layer exist in disturbed rock surrounding excavation; seismic measurements were analyzed to obtain thickness and seismic velocity of rock in low-velocity layer, velocity of rock behind layer and amplitude of seismic energy received at detectors; this finding suggests possibility of predicting parameters of interest in tunnel construction from geophysical measurements.
Relationship of geophysical measurements to engineering and construction parameters in straight creek tunnel pilot bore, Colorado
Seismic-refraction and electrical-resistivity measurements made along walls of pilot bore indicate that both low-velocity and high-resistivity layer exist in disturbed rock surrounding excavation; seismic measurements were analyzed to obtain thickness and seismic velocity of rock in low-velocity layer, velocity of rock behind layer and amplitude of seismic energy received at detectors; this finding suggests possibility of predicting parameters of interest in tunnel construction from geophysical measurements.
Relationship of geophysical measurements to engineering and construction parameters in straight creek tunnel pilot bore, Colorado
Int J Rock Mechanics Min Sciences
Scott, J.H. (author) / Lee, F.T. (author) / Carroll, R.D. (author) / Robinson, C.S. (author)
1968
30 pages
Article (Journal)
Electronic Resource
English
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Results of geologic research at straight creek tunnel pilot bore, Colorado
| Engineering Index Backfile | 1967
Measurement on pilot bore for straight creek tunnel
| Engineering Index Backfile | 1966