Logo: Bauhaus-University Weimar Logo: Bauhaus-University Weimar
≡
  • Kontrastansicht
  • go to main menu
  • jump to page menu
  • jump to breadcrumbs and menu
  • jump to subpage menu
  • jump to main content
  • Webmail
    • for students
    • for staff (OWA)
  • Course Catalogue
  • Message Boards
  • DE
  • EN
Shortcuts
  • Webmail
    • for students
    • for staff (OWA)
  • Course Catalogue
  • Message Boards
  • Academic Advising
  • BAUHAUS.JOURNAL ONLINE
  • Calendar
  • University Library
  • Language Centre
  • Sports Centre
  • International Office
  • Digital Studieren (E-Learning)
  • Dining Menu
  • Emergency
  • Search people
  • DE
  • EN
Bauhaus-Universität Weimar
  • University
    • News+
    • Profile+
    • Structure+
    • Studies+
    • International+
    • Research and Art+
    • Partners and Alumni+
    • Bauhaus100
    • Students Representatives
    • Services+
    +
  • Architecture and Urbanism
    • News+
    • Profile+
    • Structure+
    • Studies+
    • Research and Art+
    • International+
    • Partners and Alumni
    • Services+
    +
  • Civil Engineering
    • News+
    • Profile+
    • Structure+
    • Studies+
    • Research
      • Main Areas of Research
      • Research Centres
      • Laboratories+
      • Graduation/Postdoctoral lecture qualification+
      • Digitalisierung im Bauwesen
      • Forschergruppe »Digital Engineering«+
      • Research Group: Climate Change+
      • Forschergruppe »Die digitale Straße«
      • Projekt »AuCity«
      • Projekt »AuCity 2«
      • Projekt »nuBau-Transfer«+
      • Research Training Group 1462
        • Problem Definition
        • Reference Objects
          • Referenceobject Pole
          • Referenceobject Tower
          -
        • Members of the Research Training Group+
        • Open Positions for students
        • Publications+
        • IPW 2014+
        • IKM 2015
        • GRK Summer School 2016+
        • GRK International Conference 2017+
        -
      -
    • International+
    • Partners and Alumni+
    • Services+
    -
  • Art and Design
    • News+
    • Profile+
    • Studies+
    • Structure+
    • Research and Art
    • International+
    • Partners and Alumni+
    • Services+
    +
  • Media
    • News+
    • Structure+
    • Studies+
    • Research+
    • International+
    • Partners and Alumni
    • Services+
    +
  • {{link.title}}

noting was found

WHAT WAS THE QUESTION?
  1. Civil Engineering
  2. Research
  3. Research Training Group 1462
  4. Reference Objects
  5. Referenceobject Pole
Contact and Information
  • Offizieller Account der Bauhaus-Universität Weimar auf Facebook
  • Offizieller Account der Bauhaus-Universität Weimar auf Twitter
  • Offizieller Account der Bauhaus-Universität Weimar auf Instagramm
  • Offizieller Account der Bauhaus-Universität Weimar auf Vimeo

Referenceobject Pole

Referenceobject Pole

Fig. 1: Prestressed spun-cast concrete poles along the railway track
Fig. 2: Sensors at and inside one pole
Fig. 3: Accelerations sensors along one pole
Fig. 4: Installation of measurement devices on site
Fig. 5: Transport of concrete poles to the laboratory

Responsible Supervisor: Prof. J. Hildebrand

 

 

Structures in the frame of civil engineering are mostly unique. Because of this, investigations of such systems are normally only partially possible and their results are not applicable to other civil engineering structures. Prestressed spun-cast concrete poles, which are located next to railway tracks of the Deutsche Bahn, are numerous similar. With the possibility of repeating measurements on many identically produced structures statistical properties of the dynamic behavior can be determined.

For this aim, structural monitoring is conducted that includes measurements of the structural behavior from the production process to long-term loading conditions. Determination of real parameters and external actions as well as determination of associated structural responses are within the goal of this study. Furthermore, quantification of seasonal influences on the structural behavior and aspects about soil-structure-interaction are investigated.

 

 

 

 

The monitoring of the poles is divided into two parts. Short-term measurements were conducted for determination of system characteristics like mode shapes and natural frequencies. During long-term monitoring, three poles, which are located directly next to each other, are observed.

 

 

 

 

Because of the compact dimensions of one pole, four additional concrete poles are used for experimental investigations in the laboratory.

Finally, coupling between results of the monitoring, experimental investigations and of the numerical analyses are used to increase the prediction quality of models used in structural engineering.

  • Referenceobject Pole
  • Referenceobject Tower

Quicklinks

  • Hochschulschriftenstelle
  • Research Department
  • Bauhaus Research School
  • Institute
  • Research Centers
  • Offizieller Account der Bauhaus-Universität Weimar auf Facebook
  • Offizieller Account der Bauhaus-Universität Weimar auf Twitter
  • Offizieller Account der Bauhaus-Universität Weimar auf Instagramm
  • Offizieller Account der Bauhaus-Universität Weimar auf Vimeo
  • The Bauhaus-Universität Weimar uses Matomo for web analytics.
  • Contrast view
  • Print
  • Send by e-mail
  • Feedback this Page
  • Studies

    • Academic Programmes
    • Advising
    • EINBLICK.Bauhaus
    • Application
    • New Students
    • Course Catalogue
    • Moodle
  • Information

    • Alumni
    • Employees
    • Researchers
    • Visitors and Guests
    • Academic Staff
    • Emergency Information
    • Press and Media
    • Doctoral candidates
    • Students
    • Businesses
  • Services

    • Message Boards
    • Campus Maps
    • Sitemap
    • Media Service
    • Legal Notice
    • Data Protection Policy
    • Accessibility Statement
  • Kontakt

    • Contact form
  • Contact
  • Legal Notice
  • Data protection policy
  • Accessibility Statement
  • Sitemap
  • Internal
  • TYPO3
  • The Bauhaus-Universität Weimar uses Matomo for web analytics.
© 1994-2021 Bauhaus-Universität Weimar
  • Contact
  • Legal Notice
  • Data protection policy
  • Accessibility Statement
  • Sitemap
  • Internal
  • TYPO3