Ferromagnetic materials may be affected by the presence of local losses due to defects or magnetic anomalies caused by machining processes. To highlight such anomalies is absolutely not easy; a non invasive thermographic method has been refined to allow a proper comparison of different machining processes impact on the iron losses. Specimens obtained with punching, wire erosion and laser cut have been analyzed by means of a high speed IR camera when subjected to alternate magnetization at different frequencies. The possibility to point out localized anomalies should be exploited to foresee and avoid electrical machines core faults
| openaire: EC/FP7/339380/EU//ALEMThe knowledge of core losses in electrical machine is required for...
Quality control in heat treatment of steel is often conducted after the treatment. Failure to confin...
A technique has been designed for measuring planar components of stray fields from ferromagnetic sam...
Ferromagnetic materials may be affected by the presence of local losses due to defects or magnetic a...
Electromagnetic devices may be affected by the presence of local losses due to material defects or m...
In the production of steel strip, the temperature distribution and cooling rates along the mill run-...
Industrial systems comprehending reduced losses components are always more and more requested: the S...
The Authors operate in the field regarding the development and realization of small electromagnetic ...
The realization of electromagnetic devices may implies the presence of local losses caused by materi...
Manufacturing the magnetic cores in electrical machines impacts the magnetic performance of the elec...
Magnetic materials were investigated by induction thermography at induction frequencies of 80 - 300 ...
With the increased use of high-performance thin steels, detecting internal or external micro defects...
A survey on theory, characteristic quantities, and the experimental technique of induction thermogra...
Workpieces from ferro-magnetic materials influenced by machining can build a magnetic field, which c...
It is well established that laser cutting or mechanical cutting of nonoriented electrical steel caus...
| openaire: EC/FP7/339380/EU//ALEMThe knowledge of core losses in electrical machine is required for...
Quality control in heat treatment of steel is often conducted after the treatment. Failure to confin...
A technique has been designed for measuring planar components of stray fields from ferromagnetic sam...
Ferromagnetic materials may be affected by the presence of local losses due to defects or magnetic a...
Electromagnetic devices may be affected by the presence of local losses due to material defects or m...
In the production of steel strip, the temperature distribution and cooling rates along the mill run-...
Industrial systems comprehending reduced losses components are always more and more requested: the S...
The Authors operate in the field regarding the development and realization of small electromagnetic ...
The realization of electromagnetic devices may implies the presence of local losses caused by materi...
Manufacturing the magnetic cores in electrical machines impacts the magnetic performance of the elec...
Magnetic materials were investigated by induction thermography at induction frequencies of 80 - 300 ...
With the increased use of high-performance thin steels, detecting internal or external micro defects...
A survey on theory, characteristic quantities, and the experimental technique of induction thermogra...
Workpieces from ferro-magnetic materials influenced by machining can build a magnetic field, which c...
It is well established that laser cutting or mechanical cutting of nonoriented electrical steel caus...
| openaire: EC/FP7/339380/EU//ALEMThe knowledge of core losses in electrical machine is required for...
Quality control in heat treatment of steel is often conducted after the treatment. Failure to confin...
A technique has been designed for measuring planar components of stray fields from ferromagnetic sam...