• Compagnies
  • Contactez-nous
  • English
  • Search icon
Logo Telemac
    • Produits
    • Applications
    • Services
    • Étude de cas
    • Resources
    • À propos
      • À propos
      • Nouvelles
      • Évenements
      • Contactez-nous
Close icon Close icon Logo Telemac
  • Search icon
    • Produits
    • Applications
    • Services
    • Étude de cas
    • Resources
    • À propos
      • À propos
      • Nouvelles
      • Évenements
      • Contactez-nous
  • Compagnies
  • Contactez-nous
  • English
  • Logo linkedin
  • Logo youtube
Home » Étude de cas » Chieng Kai-Shek Airport- Étude de cas

Chieng Kai-Shek Airport- Étude de cas

Publié le 3 mars 2017
  • Facebook Icon
  • Twitter Icon
  • LinkedIn Icon
  • Email Icon

In order to obtain the actual joint movement along with seasonal temperature changes, SOFO sensors were installed in the middle of concrete slabs during the reconstruction process of some slabs at the taxiway N1 in January 2002.

Image Chieng Kai-Shek Airport- Étude de cas

Taxiway N1 of Chieng Kai-Shek airport in Taiwan is considered the primary one, which serves 42% of the departure aircraft and 18% of the arriving aircraft, approximately 26000 and 11100 operations annually each. It consists of several rigid concrete blocks interconnected with joints.

Aim of monitoring:

To obtain the actual joint movement along with seasonal temperature changes, SOFO sensors were installed in the middle of concrete slabs during the reconstruction process of some slabs at the taxiway N1 in January 2002 at the Chieng Kai-Shek Airport. A total of seven fifty-centimeter-long sensors were embedded during the reconstruction work at Chieng Kai-Shek Airport.

Main results:

Measurements were carried out continuously since the embedding of sensors including at an early age. Early age monitoring helped a better understanding of the behaviour of the young concrete just after cutting the joint (acceleration of shrinkage). Long-term measurements increased the knowledge concerning the structural behaviour of the joint (max. and min. stressed determined), made the possible correlation between temperature changes and strain, and served as the basis for the development of very accurate joint movement prediction models.

INSTALLATION PERIODTYPE OF SENSORSNUMBER OF SENSORS
2002SOFO7
Image

View to CKS ariport gates and pavement

Image

Schema of SOFO sensors position in the pavement

Image

Monthly maximum, minimum and average readings of sensor 7 (joint monitoring) with air temperatures

Image

Comparison of predicted and measured joint movements

Image

Maximum, minimum and average concrete slab thermal stresses from February 2002 to January 2003

Related Papers:

Analysis of Concrete Joint Movements and Seasonal Thermal Stresses at the Chiang Kai-Shek International Airport, Chia-pei Chou, Hsiang-Jen Cheng, Shyh-tai Lin, 2004 FAA WORLDWIDE AIRPORT TECHNOLOGY TRANSFER CONFERENCE, Atlantic City, New Jersey, USA, April 2004 – (P-22) – 2004
Down arrow
fermer

Recherche

En cours...

Logo Roctest

Concepteur et manufacturier d’instrumentation géotechnique, structurale et d’équipements de test pour le sol et la roche

Logo Smartec

Concepteur et manufacturier d’instrumentation géotechnique, structurale et d’équipements de test pour le sol et la roche

Logo Telemac

Founisseur de solutions géotechniques et structurales depuis 1947

Logo Enomfra

Reconnaissance géologique, hydrogéologique
et géotechnique pour les projets les plus variés

Logo Roctest

Concepteur et manufacturier d’instrumentation géotechnique, structurale et d’équipements de test pour le sol et la roche

Logo Smartec

Concepteur et manufacturier d’instrumentation géotechnique, structurale et d’équipements de test pour le sol et la roche

Logo Telemac

Founisseur de solutions géotechniques et structurales depuis 1947

Logo Enomfra

Reconnaissance géologique, hydrogéologique
et géotechnique pour les projets les plus variés

Légal
  • Déclaration de confidentialité
  • Conditions générales de ventes
  • Plan du site
Suivez-nous
  • Logo linkedin
  • Logo youtube
Logo Logo