Means and Methods for Tunneling Through Highly Squeezing Ground: A Case History of the Strenger Tunnel, Austria

Society for Mining, Metallurgy & Exploration
Max John Daniel Spöndlin Nejad Ayaydin Günter Huber Helmut Westermayr Bruno Mattle
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
11
File Size:
5742 KB
Publication Date:
Jan 1, 2005

Abstract

PROJECT DESCRIPTION Alignment The Strenger Tunnel forms part of the S16 four-lane expressway between Landeckand Bludenz. The construction of this important East-West connection started in 1973with the Arlberg Road Tunnel as its key constituent. Beginning in 1992, solutions for the section between Pians and Flirsch were investigated. Efforts to conserve nature and to avoid potential avalanche and landslide areas led to a solution detouring the villages in the Stanz valley. The starting points were predetermind by the intersections at Pians in the East and at Flirsch in the West. As a result of the expected traffic load and the comparatively high gradient of 2.9%, both one-way, two-lane tubes were constructed at once. The north tube is 5.851 m long, the south tube 5.775 m, see Figure 1. Layout of Tunnel Cross-Section The tunnel cross-section was determined by 2 × 3.75 m wide, 4.70 m high roadways, two sidewalks and sufficient space for two fans above the clearance
Citation

APA: Max John Daniel Spöndlin Nejad Ayaydin Günter Huber Helmut Westermayr Bruno Mattle  (2005)  Means and Methods for Tunneling Through Highly Squeezing Ground: A Case History of the Strenger Tunnel, Austria

MLA: Max John Daniel Spöndlin Nejad Ayaydin Günter Huber Helmut Westermayr Bruno Mattle Means and Methods for Tunneling Through Highly Squeezing Ground: A Case History of the Strenger Tunnel, Austria. Society for Mining, Metallurgy & Exploration, 2005.

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