A tensioning-belt-cable-bridge above the Kaponiggraben in Austria – design and realization

Author:

Olipitz Michael1

Affiliation:

1. SDO ZT GmbH Architekten + Ingenieure, Styria, Austria, Europe

Abstract

<p>Future-oriented infrastructure buildings not only fulfill their function, but also enter into a special symbiosis with the environment. From the user's point of view, these particular structures are harmoniously integrated into the respective location. This special attention in the design of infrastructure structures is characterized by the interaction of nature, ethics and aesthetics and is to be applied in the future as the NEA-principle for further engineering tasks. The projected ensemble with the brand name<i>THE BOND®</i>was submitted for the first time as an official approval project in Austria and is about to be realized. The high technological and aesthetic quality and identity of the ensemble with the location promises a high marketing value, which means that the bridge, which was originally designed as a purely engineering task, offers much more possibilities than just the connection of two places and is a trend-setting design for further tasks for engineers.</p>

Publisher

International Association for Bridge and Structural Engineering (IABSE)

Reference5 articles.

1. Wind tunnel studies with regard to the aerodynamic stability of the planned bridge cross section as well as estimation of the static aerodynamic force coefficients and the vibrations by gusts of the bridge deck. Results report - feasibility study on 2017 January 20, 24 pages. (Unpublished). Wacker Ingenieure, Germany. Link: http://www.wacker-ingenieure.de [cited 2017 May 30].

2. Fire protection concept cable bridge Kaponiggraben.Report No .: 14160487 on 2016 November29. (Unpublished).Engineering office IBS Technisches Büro Institut für Brandschutztechnik und Sicherheitsforschung in Austria.Link: http://www.ibs-austria.at [cited 2017 May 30].

3. Cooperative Partnership THE BOND inAustria in 2017.Contact: james@the-bond.eu Link: http://www.the-bond.eu [cited in advance].

4. Expertise on the determination of the wind velocities in the Kaponiggraben area.Wind expertise Kaponiggraben from 2016 December 21.No.: 2016/ KF/ 002971. (Unpublished). ZAMG Zentralanstalt für Meterologie und Geodymik.Link: http://www.zamg.ac.at [cited 2017 May 30]

5. Founding conditions Kaponiggraben - foot and cycle path bridge.

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