A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Non-destructive testing as a tool in reinforced concrete buildings refurbishments
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This paper aims to report a case study regarding the combined use of several non-destructive techniques (NDTs) as a tool in the management of diagnosis and refurbishment of a damaged reinforced concrete building.
Four types of NDTs have been selected and carried out on the pillars of the building: visual inspection, electromagnetic rebar location, sonic test and rebound hammer test. The campaign has been planned and run in order to get the highest amount of reliable data about materials degradation and structural safety with limited costs and limited interference with the functionality of the building.
The diagnostic campaign highlighted the usefulness of the selected techniques in the diagnosis of the type and the amount of degradation, thus permitting a plan of refurbishments to be defined, and to get a realistic estimation of restoration costs.
NDTs' ability to specifically identify a type of damage may be viewed as a reliable tool in assessing and managing the structural life-cycle cost.
The presented case study highlighted that NDTs are very likely to locate and quantify the damage of materials and buildings, so that they can be considered as one of the most important parts of health monitoring of civil structures and infrastructures.
Non-destructive testing as a tool in reinforced concrete buildings refurbishments
–
This paper aims to report a case study regarding the combined use of several non-destructive techniques (NDTs) as a tool in the management of diagnosis and refurbishment of a damaged reinforced concrete building.
Four types of NDTs have been selected and carried out on the pillars of the building: visual inspection, electromagnetic rebar location, sonic test and rebound hammer test. The campaign has been planned and run in order to get the highest amount of reliable data about materials degradation and structural safety with limited costs and limited interference with the functionality of the building.
The diagnostic campaign highlighted the usefulness of the selected techniques in the diagnosis of the type and the amount of degradation, thus permitting a plan of refurbishments to be defined, and to get a realistic estimation of restoration costs.
NDTs' ability to specifically identify a type of damage may be viewed as a reliable tool in assessing and managing the structural life-cycle cost.
The presented case study highlighted that NDTs are very likely to locate and quantify the damage of materials and buildings, so that they can be considered as one of the most important parts of health monitoring of civil structures and infrastructures.
Non-destructive testing as a tool in reinforced concrete buildings refurbishments
Concu, Giovanna (author) / De Nicolo, Barbara (author) / Pani, Luisa (author)
Structural Survey ; 29 ; 147-161
2011-05-31
15 pages
Article (Journal)
Electronic Resource
English
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