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Studies on geometries for inducing homogeneous magnetic fields in the application of real time imaging of steel reinforcing bars embedded within pre-stressed and reinforced concrete
This paper addresses fundamental issues associated with the development of a real time inductive scanning system for non-destructive testing of pre-stressed and reinforced concrete. Numerical studies conducted in this work have addressed and established preliminary issues associated with the development of a real time scanner for imaging concrete structures. Results indicate that the use of a square coil will produce a more homogeneous distribution of magnetic flux density, which is critical for achieving a more uniform and linear sensor response. More importantly, by measuring the vertical component of the magnetic flux density, pictorial representation of the bar can be generated.
Studies on geometries for inducing homogeneous magnetic fields in the application of real time imaging of steel reinforcing bars embedded within pre-stressed and reinforced concrete
This paper addresses fundamental issues associated with the development of a real time inductive scanning system for non-destructive testing of pre-stressed and reinforced concrete. Numerical studies conducted in this work have addressed and established preliminary issues associated with the development of a real time scanner for imaging concrete structures. Results indicate that the use of a square coil will produce a more homogeneous distribution of magnetic flux density, which is critical for achieving a more uniform and linear sensor response. More importantly, by measuring the vertical component of the magnetic flux density, pictorial representation of the bar can be generated.
Studies on geometries for inducing homogeneous magnetic fields in the application of real time imaging of steel reinforcing bars embedded within pre-stressed and reinforced concrete
Geometrieuntersuchungen für induzierte homogene Magnetfelder zur Anwendung auf Echtzeitabbildung von Stahlarmierungen in vorgespanntem und verstärktem Stahl
Quek, S. (Autor:in) / Benitez, D. (Autor:in) / Gaydecki, P. (Autor:in) / Torres, V. (Autor:in)
2006
7 Seiten, 6 Bilder, 6 Quellen
Aufsatz (Konferenz)
Datenträger
Englisch
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