A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Jacking loads associated with microtunneling
A conceptual model and calculation approach that correctly models behavior is presented to improve the prediction of jacking forces. The model accounts for the effects of ground conditions, construction sequence, operational factors, and geometric factors on the distribution of the face pressure and skin friction components of jacking forces as the shield is advanced.
Jacking loads associated with microtunneling
A conceptual model and calculation approach that correctly models behavior is presented to improve the prediction of jacking forces. The model accounts for the effects of ground conditions, construction sequence, operational factors, and geometric factors on the distribution of the face pressure and skin friction components of jacking forces as the shield is advanced.
Jacking loads associated with microtunneling
Bennett, D. (author) / Cording, E.J. (author)
1999
15 Seiten, 14 Quellen
Conference paper
English
Tunnelbau , Reibung , Sand , Ton (Mineral)
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