GScan to develop new methodology for assessing the structural
Estonian deep tech company GScan was awarded the contract for a project initiated by the Estonian Government Office. The project aimed to develop experimental methods for assessing the
Related Topics:
Estonian Weaknesses Bridge Structures
Statistical Analysis of Reinforced Concrete Bridges in Estonia
Attention is paid to the condition assessment of bridges in Estonian national roads and collected data, which plays an important role in the selection of correct statistical technique and
Main typologies of Estonian national road bridges without interventions
In Estonia, like in many countries, bridge management is based on inventory records and condition information. The main emphasis of this investigation is on improving the regular condition...
Stricto Project
We have experience in several projects in the field of testing and analysing the bearing capacity of an existing bridge. We can answer the question: „Is the bridge safe to surpass with given vehicle?“
(PDF) Uncertainty in condition prediction of bridges based on
To investigate the errors in both evaluations, benchmarking tests were carried out in Estonia within two groups, a group of experienced inspectors and a group of unexperienced students, to show how the
Tallinn to Rebuild Decaying Pallasti Bridge Starting in 2027
The city of Tallinn will begin a comprehensive reconstruction of the deteriorating Pallasti Bridge in 2027, a project prompted by extensive structural damage that aims to significantly improve
Applications of Muon Flux Tomography in assessment of civil
This paper summarizes the results of muon tomography measurements done in United Kingdom and Estonia, discussing the outcomes from data quality and measurement efficiency perspective with
Main typologies of Estonian national road bridges
In Estonia, like in many countries, bridge management is based on inventory records and condition information. The main emphasis of this investigation is on
Causes and statistical characteristics of bridge failures: A review
Design error, construction mistakes, hydraulic, collision and overload are the top 5 leading causes of bridge failures. It is critical for bridges to have sufficient redundancy and capacity
Muons used to test the condition of a road bridge in Estonia
Using cosmic radiation and artificial intelligence, the technology aims to assess the technical condition of bridges without the need for destructive testing. Some drivers crossing the
GScan OÜ to develop new methodology for assessing the
The Government Office held a competition to develop experimental methods for assessing the functionality and structural condition of existing bridges. As a result, the contract for
Muons used to test the condition of a road bridge in Estonia
Using cosmic radiation and artificial intelligence, the technology