Detail publikace

Static analysis of main parts of suspensio bridge

SALAJKA, V. KALA, J.

Originální název

Static analysis of main parts of suspensio bridge

Anglický název

Static analysis of main parts of suspensio bridge

Jazyk

en

Originální abstrakt

The superstructure of the three spans bridge is designed as a suspended construkction with two A-shaped pylons that bear two groups of suspension steel cables. Cable ends are anchored in RC supporting blocks on the banks. Pylons with the height of 16,3m are anchored in RC foot blocks with piles. The floor suspenders are the supporting members for connection of RC coffered slabs that make up the floor framing of the bridge. Floor framing slabs are clipped together with cables.

Anglický abstrakt

The superstructure of the three spans bridge is designed as a suspended construkction with two A-shaped pylons that bear two groups of suspension steel cables. Cable ends are anchored in RC supporting blocks on the banks. Pylons with the height of 16,3m are anchored in RC foot blocks with piles. The floor suspenders are the supporting members for connection of RC coffered slabs that make up the floor framing of the bridge. Floor framing slabs are clipped together with cables.

Dokumenty

BibTex


@misc{BUT60657,
  author="Vlastislav {Salajka} and Jiří {Kala}",
  title="Static analysis of main parts of suspensio bridge",
  annote="The superstructure of the three spans bridge is designed as a suspended construkction with two A-shaped pylons that bear two groups of suspension steel cables. Cable ends are anchored in RC supporting blocks on the banks. Pylons with the height of 16,3m are anchored in RC foot blocks with piles. The floor suspenders are the supporting members for connection of RC coffered slabs that make up the floor framing of the bridge. Floor framing slabs are clipped together with cables.",
  chapter="60657",
  year="2007",
  month="may",
  pages="327--328",
  type="abstract"
}