A new model has been developed for assessment of the shear capacity of concrete bridges that have short anchorage lengths, based on the results of a programme of laboratory testing and theoretical analyses. The new model is shown to have good agreement with the test data, and could be easily incorporated into future standards
V magistrski nalogi smo ocenjevali strižno nosilnost preklad obstoječih armiranobetonskih premostitv...
Poster. In the Netherlands, 60% of the existing bridges were built before 1975, while the traffic vo...
textAs part of the ongoing research on shear at the Phil M. Ferguson Structural Engineering Laborato...
The method for the assessment of shear capacity given in BD44/95 appears to be unduly conservative f...
The shear capacity of existing concrete structures is often unable to meet current standards require...
Assessment of the capacity of the existing infrastructures has become more relevant in the recent ye...
The overall objective of this thesis is to develop a methodology which can be used to investigate th...
Several existing reinforced concrete solid slab bridges in the Netherlands do not meet the criteria ...
The capacity of reinforced concrete solid slab bridges in shear is assessed by comparing the design ...
The shear strength evaluation of reinforced concrete bridge deck slabs by accurate models can indica...
A large number of existing reinforced concrete slab bridges are found to be insufficient for shear w...
This paper briefly describes commonly used methods of determination of shear strength of reinforced ...
ii Bridges, particularly short-span highway bridges, are basic elements of nearly all contemporary t...
A study was conducted examining the factors affecting shear capacity and load rating, two potential ...
Upon assessment of existing reinforced concrete short-span solid slab bridges according to the recen...
V magistrski nalogi smo ocenjevali strižno nosilnost preklad obstoječih armiranobetonskih premostitv...
Poster. In the Netherlands, 60% of the existing bridges were built before 1975, while the traffic vo...
textAs part of the ongoing research on shear at the Phil M. Ferguson Structural Engineering Laborato...
The method for the assessment of shear capacity given in BD44/95 appears to be unduly conservative f...
The shear capacity of existing concrete structures is often unable to meet current standards require...
Assessment of the capacity of the existing infrastructures has become more relevant in the recent ye...
The overall objective of this thesis is to develop a methodology which can be used to investigate th...
Several existing reinforced concrete solid slab bridges in the Netherlands do not meet the criteria ...
The capacity of reinforced concrete solid slab bridges in shear is assessed by comparing the design ...
The shear strength evaluation of reinforced concrete bridge deck slabs by accurate models can indica...
A large number of existing reinforced concrete slab bridges are found to be insufficient for shear w...
This paper briefly describes commonly used methods of determination of shear strength of reinforced ...
ii Bridges, particularly short-span highway bridges, are basic elements of nearly all contemporary t...
A study was conducted examining the factors affecting shear capacity and load rating, two potential ...
Upon assessment of existing reinforced concrete short-span solid slab bridges according to the recen...
V magistrski nalogi smo ocenjevali strižno nosilnost preklad obstoječih armiranobetonskih premostitv...
Poster. In the Netherlands, 60% of the existing bridges were built before 1975, while the traffic vo...
textAs part of the ongoing research on shear at the Phil M. Ferguson Structural Engineering Laborato...