Analysis of Secondary Effects and Bond Behavior due Prestressing

Ján Laco; Peter Pažma; Jaroslav Halvonik

doi:10.4028/www.scientific.net/AMR.1106.177

Paper Titles

High-Performance Concrete for Thin-Walled Members
p.160

Field Testing of Concrete Members Subjected to Contact and Adjacent Blast
p.164

The Effective Cross-Section Thickness and its Effect on Shrinkage
p.168

Developing Fire Resistant Construction for Tunnel Construction Using Lightweight Aggregate Concrete
p.172

Analysis of Secondary Effects and Bond Behavior due Prestressing
p.177

Bridge over Canal Laranjeiras, Laguna, Brazil
p.183

Cable Stayed Bridge Avenida Prudente de Morais, Natal, Brazil
p.187

Reconstruction of the Reinforced-Concrete Railway Bridge in km 3,668 – Argentinská of the Track Bubeneč – Holešovice in Prague
p.191

Concrete Pavements on Bridges
p.195

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 1106Analysis of Secondary Effects and Bond Behavior...

Analysis of Secondary Effects and Bond Behavior due Prestressing

Abstract:

Subject of this article is an introduction of experimental research realized by department of a concrete structures and bridges at Slovak University of Technology in Bratislava. This research was focused on analysis of secondary effects due prestressing by changing statically indeterminate system to a kinematical mechanism. Other part of this research was observing of bond behaviour of a strands coated with corrosion protection agents.