Add to ORKGStudies have shown that the connection details used for cable anchorage blocks on cablestayed bridges have the potential for fatigue damage due to fluctuating stresses generated by the cyclic traffic loads passing over the bridge. To investigate the fatigue damage and determine the remaining fatigue life of a cable anchorage block used on a cable-stayed bridge, finite element (FE) analyses were undertaken by using the Fatigue Load Model 4 (FLM 4) proposed by the Eurocodes to identify the most fatigue-critical locations within the details
© 2018 Informa UK Limited, trading as Taylor & Francis Group The cables in a cable-stayed bridge are...
textAs bridges continue to age and budgets reduce, transportation officials often need quantitative ...
Graduation date: 1998The Oregon Department of Transportation is responsible for many steel deck trus...
Studies have shown that the connection details used for cable anchorage blocks on cablestayed bridge...
Studies have shown that the connection details used for cable anchorage blocks on cable-stayed bridg...
© 2015, Taylor & Francis Group, London.The cable anchorage blocks that transfer the deck loads to th...
The cable anchorage blocks that transfer the deck loads to the cables have complex details which sig...
Long-span cable-stayed bridges have gained increasing popularity due to their appealing aesthetics, ...
Generally, the analysis of fatigue in bridges places a large emphasis on cyclic live loads in the fo...
Progressive collapse have always been a serious threat to cable-stayed bridge, and has historically ...
Fatigue damage to bridges has been identified as a threat to bridge safety. Fatigue cracks usually o...
The fatigue life of structural steel bridges is governed by the time-history of stresses generated i...
High-strength steel cables are one of the principal components of cable-stayed bridges. In these str...
As fatigue cracks were discovered under the bridge deck of the 48 years old railway bridge Linthkana...
Fatigue at steel bridge structures is one of the major problems that often times do not reveal itsel...
© 2018 Informa UK Limited, trading as Taylor & Francis Group The cables in a cable-stayed bridge are...
textAs bridges continue to age and budgets reduce, transportation officials often need quantitative ...
Graduation date: 1998The Oregon Department of Transportation is responsible for many steel deck trus...
Studies have shown that the connection details used for cable anchorage blocks on cablestayed bridge...
Studies have shown that the connection details used for cable anchorage blocks on cable-stayed bridg...
© 2015, Taylor & Francis Group, London.The cable anchorage blocks that transfer the deck loads to th...
The cable anchorage blocks that transfer the deck loads to the cables have complex details which sig...
Long-span cable-stayed bridges have gained increasing popularity due to their appealing aesthetics, ...
Generally, the analysis of fatigue in bridges places a large emphasis on cyclic live loads in the fo...
Progressive collapse have always been a serious threat to cable-stayed bridge, and has historically ...
Fatigue damage to bridges has been identified as a threat to bridge safety. Fatigue cracks usually o...
The fatigue life of structural steel bridges is governed by the time-history of stresses generated i...
High-strength steel cables are one of the principal components of cable-stayed bridges. In these str...
As fatigue cracks were discovered under the bridge deck of the 48 years old railway bridge Linthkana...
Fatigue at steel bridge structures is one of the major problems that often times do not reveal itsel...
© 2018 Informa UK Limited, trading as Taylor & Francis Group The cables in a cable-stayed bridge are...
textAs bridges continue to age and budgets reduce, transportation officials often need quantitative ...
Graduation date: 1998The Oregon Department of Transportation is responsible for many steel deck trus...