AbstractThe time between prestressing tendons and the injection of the ducts in concrete post tensioned bridges may be several weeks. During this time, it is necessary to protect tendons against weathering and atmospheric humidity. Tendons should be protected with various oil based agents, which can have influence on their bond with a construction.This paper deals with the calculation of bond stresses in post tensioned concrete bridges and will try to find out whether a lower bond capacity caused by the use of oil emulsions is sufficient or not
Post-tensioning concrete technology increases the resistance of flexural concrete members. This tech...
A post-tensioned (PT) concrete member can be reinforced with either bonded or unbonded prestressing ...
Carbon Fibre Reinforced Polymer (CFRP) tendons present an alternative material that can mitigate ste...
AbstractThe time between prestressing tendons and the injection of the ducts in concrete post tensio...
Recent corrosion problems worldwide have brought increased attention to the issues of durability and...
Pre-tensioning is a type of prestressed concrete and is commonly used in precast construction. In pr...
51741171Final contract report.1/0212/02.PDFTech ReportVTRC 03-CR13VirginiaVirginia Transportation Re...
Federal Highway Administration2019PDFBriefhttps://ntlrepository.blob.core.windows.net/lib/78000/7840...
Grouted tendons are commonly used in construction of bridges and other post-tensioned structures. Th...
Two modified stress-strain relations for bonded and unbonded internal tendons are proposed. The prop...
Post-tensioning (PT) tendons in segmental bridges are often anchored within the deviator and pier se...
Retrofitting of existing concrete structures has become an important issue nowadays in the construct...
Post tensioning bridges is an efficient way of construction where segments of a bridge are strung to...
Internal prestressing with bonded tendons suffers corrosion of wires and bond deterioration due to t...
: In this study, a theoretical model is deve loped to simulate the re-anchorage of a ruptured bond...
Post-tensioning concrete technology increases the resistance of flexural concrete members. This tech...
A post-tensioned (PT) concrete member can be reinforced with either bonded or unbonded prestressing ...
Carbon Fibre Reinforced Polymer (CFRP) tendons present an alternative material that can mitigate ste...
AbstractThe time between prestressing tendons and the injection of the ducts in concrete post tensio...
Recent corrosion problems worldwide have brought increased attention to the issues of durability and...
Pre-tensioning is a type of prestressed concrete and is commonly used in precast construction. In pr...
51741171Final contract report.1/0212/02.PDFTech ReportVTRC 03-CR13VirginiaVirginia Transportation Re...
Federal Highway Administration2019PDFBriefhttps://ntlrepository.blob.core.windows.net/lib/78000/7840...
Grouted tendons are commonly used in construction of bridges and other post-tensioned structures. Th...
Two modified stress-strain relations for bonded and unbonded internal tendons are proposed. The prop...
Post-tensioning (PT) tendons in segmental bridges are often anchored within the deviator and pier se...
Retrofitting of existing concrete structures has become an important issue nowadays in the construct...
Post tensioning bridges is an efficient way of construction where segments of a bridge are strung to...
Internal prestressing with bonded tendons suffers corrosion of wires and bond deterioration due to t...
: In this study, a theoretical model is deve loped to simulate the re-anchorage of a ruptured bond...
Post-tensioning concrete technology increases the resistance of flexural concrete members. This tech...
A post-tensioned (PT) concrete member can be reinforced with either bonded or unbonded prestressing ...
Carbon Fibre Reinforced Polymer (CFRP) tendons present an alternative material that can mitigate ste...