Spideranchor Netting - full scale experiment, application and slope stability discussion / Spinnanker Netting - Großversuch, Anwendung und Standsicherheitsdiskussion
Author(s): |
Gregor Supp
Roman Marte |
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Medium: | journal article |
Language(s): | English, German |
Published in: | Geomechanics and Tunnelling, 2014, n. 4, v. 7 |
Page(s): | 317-327 |
DOI: | 10.1002/geot.201400020 |
Abstract: |
Spideranchor Netting is a modified slope stabilization method after Körner for slopes in a limit equilibrium state. On the one hand, a surface protection e.g. a high-tensile strength geosynthetic or net, is pushed against a slope surface to increase the shear resistance on a sliding plane. And on the other hand Spideranchors are stabilizing the slope and are used for pushing the surface protection against the slope surface. A Spideranchor consists basically of a set of threaded rods and an associated top plate. The threaded rods are screwed fan shaped into the subsoil. Therefore an automated screwing machine is used. At the beginning of this paper results of slope failure experiments are discussed. An embankment (b · h · l ≈ 3.5 · 3.0 · 27.0 m) built between rigid plates was constructed for the full scale experiments and forced to fail by applying additional loads on the embankment crest, with the help of a horizontal beam. The experiments were conducted with and without applying Spideranchors and Spideranchor Netting. Afterwards a new prototype of the Spideranchor Netting and the application of this prototype in a real case study are presented. The prototype has been further developed as a result of the full scale experiments. Finally a discussion for slope stability calculations for slopes with applied Spideranchor Netting is presented. |
Keywords: |
design dimensioninig slope stabilisation applications full-scale experiment
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Available from: | Refer to publisher |
- About this
data sheet - Reference-ID
10070396 - Published on:
18/08/2014 - Last updated on:
18/08/2014