The aim of the paper is to point out the inevitability of the proof-load tests for the real and correct behavior of bridge structures in ultimate limit state and maximum allowable deformations in serviceability limit states. It is needed to point to the most consequences of resistance, reliability, durability and lifetime of the bridge structures. Using the proof-load tests for new bridges is prescribed by the Slovak standard STN 73 6209
As the bridge stock in The Netherlands and Europe is ageing, various methods to analyse existing bri...
This paper presents the results and interpretations of static and dynamic tests that were executed o...
For existing bridges, proof-load testing can be a suitable assessment method. This paper addresses t...
The paper presents the results and experiences derived from a series of proof load test on concrete ...
Throughout the world, many countries are faced with the problem of ageing bridge infrastructure that...
Current AASHTO bridge design and evaluation codes do not specify any criteria for proof load testing...
Proof load testing can be a suitable method to show that a bridge can carry the required loads from ...
The load testing method has considerable possibilities in bridges with the objective of their safety...
Proof load testing is part of the engineering practice, and can be particularly useful for the ratin...
Proof load tests of bridges can be very useful for structures with a lack of information, or for str...
For existing bridges with large uncertainties, analytical methods have limitations. Therefore, to re...
Proof loading of existing bridges is an option to study the capacity when crucial information about ...
The bridges built during the development of the Dutch road network after the Second World War are re...
Existing bridges with large uncertainties can be assessed with a proof load test. In a proof load te...
Bridge load testing can answer a variety of questions about bridge behavior that cannot be answered ...
As the bridge stock in The Netherlands and Europe is ageing, various methods to analyse existing bri...
This paper presents the results and interpretations of static and dynamic tests that were executed o...
For existing bridges, proof-load testing can be a suitable assessment method. This paper addresses t...
The paper presents the results and experiences derived from a series of proof load test on concrete ...
Throughout the world, many countries are faced with the problem of ageing bridge infrastructure that...
Current AASHTO bridge design and evaluation codes do not specify any criteria for proof load testing...
Proof load testing can be a suitable method to show that a bridge can carry the required loads from ...
The load testing method has considerable possibilities in bridges with the objective of their safety...
Proof load testing is part of the engineering practice, and can be particularly useful for the ratin...
Proof load tests of bridges can be very useful for structures with a lack of information, or for str...
For existing bridges with large uncertainties, analytical methods have limitations. Therefore, to re...
Proof loading of existing bridges is an option to study the capacity when crucial information about ...
The bridges built during the development of the Dutch road network after the Second World War are re...
Existing bridges with large uncertainties can be assessed with a proof load test. In a proof load te...
Bridge load testing can answer a variety of questions about bridge behavior that cannot be answered ...
As the bridge stock in The Netherlands and Europe is ageing, various methods to analyse existing bri...
This paper presents the results and interpretations of static and dynamic tests that were executed o...
For existing bridges, proof-load testing can be a suitable assessment method. This paper addresses t...